Table Of Content

VOL. 5, NO. 4, OCT.-DEC. 1991 J. THERMOPHYSICS 1991 Journal of Thermophysics and Heat Transfer Index How to Use the Index In the Subject Index, pages 631-634, each technical paper is listed under a maximum of three appropriate headings. Note the number in boldface type following each paper title, and use that number to locate the paper in the Chronological Index. The Author Index, page 635, lists all authors associated with a given technical paper. The locating numbers are identical to those in the Subject Index. The Chronological Index, pages 636-639, lists all papers by their unique code numbers. This listing contains titles, authors and their affiliations, and volume, issue number, and page where the paper appeared. It also gives the AIAA paper number, if any, on which the article was based, as well as the ‘‘CP’’ or conference volume number if the paper was published in a bound collection of meeting papers. Comments, Replies, and Errata are listed directly beneath the paper to which they refer. If the paper to which they refer was published prior to 1991, that paper also will appear in both the Subject and Chronological Indexes. Authors of Comments also are listed in the Author Index. Subject Index Aircraft Technology, Conventional, Experimental and Predicted Pressure and Hydrodynamics Heating Distributions for Aeroassist Flight STOL/VTOL Experiment Vehicle 191-045 Experimental Verification of Darcy- Laminar Flow and Heat Transfer in a Brinkman-Forchheimer Flow Model for Aerospace Plane Channel with Lateral Injection 191-039 Natural Convection in Porous Media Three-Dimensional, Upwind, Parabolized Effects of Geometry and Orientation on T91-082 Navier-Stokes Code for Chemically Re- Laminar Natural Convection from Iso- Hypersonic Flow acting Flows 191-042 thermal Bodies 791-030 Model for Oxygen Recombination on Sili- Safety Boundary Layers and Heat con-Dioxide Surfaces 191-043 Transfer—Turbulent Effect of Nose Bluntness on Flowfield Over Modeling of Surface Roughness Effects on Slender Bodies in Hypersonic Flows Glaze Ice Accretion T91-007 Mixed Convection of Opposing/Assisting 791-025 Flows in Vertical Channels with Discrete Effect of Electron Temperature and Impact Energy Asymmetrically Heated Ribs 191-060 Ionization on Martian Return AOTV Heterogeneous and Nonisothermal Mixing of Flowfields 791-001 Magnetohydrodynamic Power a Lateral Jet with a Swirling Crossflow Generation 791-057 Inlet, Nozzle, Diffusor, and Channel Jet-Wake Thermal Characteristics of Heated Flows Modification of COMMIX-1B for Simula- Turbulent Jets in Crossflow 191-027 tion of Thermal- and Flowfields in Ultra- Large Eddy Simulation of the Flow in a Large Eddy Simulation of the Flow in a high Temperature Vapor Core Reactor Transpired Channel 791-019 Transpired Channel 191-019 791-035 Boundary-Layer Stability and Transition Jets, Wakes, and Viscid-Inviscid Flow Solar Power Interactions Mixed Convection of Opposing/ Assisting Experimental Study of Enhanced Melting Analysis of Direct Liquid-Solid Contact Heat Flows in Vertical Channels with Discrete Process Under Ultrasonic Influence Transfer in Monodispersed Spray Cooling Asymmetrically Heated Ribs 191-060 T91-050 191-088 Linear Oscillatory Cellular Thermocapillary Jet-Wake Thermal Characteristics of Heated Convection in Liquid Layers 791-013 Fluid Dynamics Turbulent Jets in Crossflow 791-027 ComputaFtluiido Dnynaamlic s Numerical Model for Turbulent Jets Im- Boundary Layers and Heat pinging on a Surface with Throughflow Transfer—Laminar Thermocapillary Convection in a Model 791-026 Float Zone 191-083 Convective Heat Transfer Across a Duct Heterogeneous and Nonisothermal Mixing of Multiphase Flows with Asymmetric Blowing 791-091 a Lateral Jet with a Swirling Crossflow Detailed Model for Transient Liquid Flow in Aeroassist Flight Experiment Heating-Rate 791-057 Heat Pipe Wicks 791-078 Sensitivity Study 191-068 Experimental and Predicted Pressure and Measurements and Correlation of Two-Phase Recombination-Dominated Nonequilibrium Heating Distributions for Aeroassist Flight Pressure Drop Under Microgravity Con- Heat Transfer to Arbitrarily Catalytic Experiment Vehicle 191-045 ditions 791-076 Hypersonic Vehicles 191-067 Three-Dimensional, Upwind, Parabolized Experimental Study on Confined Two-Phase Heat Transfer to a Power Law Non-New- Navier-Stokes Code for Chemically Re- Jets 791-056 tonian Falling Liquid Film T91-065 acting Flows 191-042 Condensation in a Mixing Layer 191-055 Mixed Convection of Opposing/Assisting Probability of Inelastic Collisions for the Effect of Gravity and Noncondensable Gas Flows in Vertical Channels with Discrete Larsen-Borgnakke Model to the Monte Levels on Condensation in Variable Con- Asymmetrically Heated Ribs 791-060 Carlo Simulation Method 191-038 ductance Heat Pipe 791-008 Natural Convective Flow Instability Between Numerical Solution of Convection-Diffusion Horizontal Concentric Cylinders 191-059 Problems in Irregular Domains Mapped Numerical Simulation of Time-Dependent onto a Circle 791-014 Plasmadynaamndi cMsHD Heat Transfer in Oscillating Pipe Flow Calculation of Fully Developed Flow and 791-058 Heat Transfer in Streamwise-Periodic Low-Pressure Plasma Spectroscopic Diag- Condensation in a Mixing Layer 191-055 Dimpled Channels 791-011 nostics 191-071 632 J. THERMOPHYSICS VOL. 5, NO. 4 Progressive Wave Analysis Describing Wave Launch Vehicle and Missile (LV/M) Gas Composition Measurements in Arc Motions in Radiative Magnetogas- Heated Flowfields via Mass Spectrometry dynamics 191-002 Technology 791-023 Effect of Electron Temperature and Impact Rarefied Flows Thermal Protection Systems Ionization on Martian Return AOTV Direct Simulation Monte Carlo Analysis of Convective Heat Transfer Across a Duct Flowfields 791-001 Rarefied Flows on Parallel Processors with Asymmetric Blowing 791-091 791-044 Boiling/ Condensation Probability of Inelastic Collisions for the Propulsion Larsen-Borgnakke Model to the Monte Effective Thermal Conductivity of Sintered Carlo Simulation Method 791-038 Combustion and Combustor Designs Metal Fibers T91-080 Measurements and Correlation of Two-Phase Reacting Flows and Combustion Transport Processes and Associated Ir- Pressure Drop Under Microgravity Con- reversibilities in Droplet Evaporation ditions 191-076 Recombination-Dominated Nonequilibrium 791-053 Condensation in a Mixing Layer 191-055 Heat Transfer to Arbitrarily Catalytic Subcooled Forced Convection Film Boiling Hypersonic Vehicles 191-067 Elecantd rAdivancce d Space Propulsion Drag and Heat Transfer of a Wedge Three-Dimensional, Upwind, Parabolized Navier-Stokes Code for Chemically Re- Low-Pressure Plasma Spectroscopic Diag- T91-052 acting Flows 91-042 nostics 191-071 Effect of Gravity and Noncondensable Gas Levels on Condensation in Variable Con- Computation of Weakly Ionized Hypersonic Solid Rocket Motors and Missile ductance Heat Pipe T91-008 Flows in Thermochemical Nonequilibrium Systems T91-041 Modification of COMMIX-1B for Simula- Optical Constants of Al,O, Smoke in Pro- Computational Heat Transfer tion of Thermal- and Flowfields in Ultra- pellant Flames 191-022 high Temperature Vapor Core Reactor Vapor Condensation on Liquid Surface Due 791-035 Space Technology to Laminar Jei-Induced Mixing 191-087 Evaluation of an Adaptive Unstructured Separated Flows Aerobraking Configurations/ Remeshing Technique for Integrated Fluid- Aerothermodynamics Thermal-Structural Analysis T91-086 Numerical Solution of Convection-Diffusion Problems in Irregular Domains Mapped Experimental and Predicted Pressure and Finite Element Eigenvalue Method for Solv- onto a Circle 191-014 Heating Distributions for Aeroassist Flight ing Phase-Change Problems 191-085 Experiment Vehicle T91-045 Free Convection in a Square Cavity with a Shock Waves and Detonations Partially Heated Wall and a Cooled Top Space Systems 791-084 Progressive Wave Analysis Describing Wave Effective Thermal Conductivity of Sintered Motions in Radiative Magnetogas- Aeroassist Flight Experiment Heating-Rate Metal Fibers T91-080 dynamics T91-002 Sensitivity Study T91-068 Heat Transfer in Laminar Flow with Wall Recombination-Dominated Nonequilibrium Axial Conduction and External Convec- Subsonic Flow Heat Transfer to Arbitrarily Catalytic tion 791-075 Experimental Study on Confined Two-Phase Hypersonic Vehicles T91-067 Temperature Turbulence Spectrum for Jets T91-056 Spacecraft Thermal Management High-Temperature Radiating Gases 191-072 Unsteady Flows Detailed Model for Transient Liquid Flow in Natural Convective Flow Instability Between Heat Transfer Regimes in Nuclear-Reactor- Heat Pipe Wicks T91-078 Horizontal Concentric Cylinders 191-059 Pumped Gas Lasers 191-047 Numerical Simulation of Time-Dependent Progressive Wave Analysis Describing Wave Structural Mechanics and Materials Heat Transfer in Oscillating Pipe Flow Motions in Radiative Magnetogas- 791-058 dynamics 191-002 Thermal Effects Heterogeneous and Nonisothermal Mixing of a Lateral Jet with a Swirling Crossflow Viscous Non-boundary-Layer Flows Evaluation of an Adaptive Unstructured 791-057 Remeshing Technique for Integrated Numerical Modeling of Heat-Pipe Transients Thermocapillary Convection in a Model Fluid-Thermal-Structural Analysis T91-086 191-054 Float Zone T91-083 Multilayer Thermally Insulating Ceramic Subcooled Forced Convection Film Boiling Numerical Solution of Convection-Diffusion Contacts T91-062 Drag and Heat Transfer of a Wedge Problems in Irregular Domains Mapped 191-052 onto a Circle 791-014 Thermophysics and Heat Transfer Three-Dimensional Spectral Radiative Heat Transfer Solutions by the Discrete-Ordi- Interdisciplinary Topics Ablation, Pyrolysis, Thermal nates Method 191-049 Exchange Factor Model for Radiative Heat Analytical and Numerical Methods Transfer Analysis in Rocket Engines Enthalpy Method for Ablation-Type Moving Heat Transfer to a Power Law Non-New- Boundary Problems 191-034 191-048 tonian Falling Liquid Film 191-065 Adaptive Finite Element Analysis of Hyper- Aerothermodynamics/ Thermal Protection sonic Laminar Flows for Aerothermal Atmospheric and Space Sciences Load Predictions T91-046 Adaptive Finite Element Analysis of Hyper- Enthalpy Method for Ablation-Type Moving Titan Atmospheric Composition by Hyper- sonic Laminar Flows for Aerothermal Boundary Problems 191-034 velocity Shock-Layer Analysis 791-024 Load Predictions T91-046 Hyperbolic Heat-Conduction Problems: Nu- Modeling of Surface Roughness Effects on Model for Oxygen Recombination on Sili- merical Simulations via Explicit Lax- Glaze Ice Accretion 191-007 con-Dioxide Surfaces 91-043 Wendroff-Based Finite Element Formu- Lasers and Laser Applications Computation of Weakly Ionized Hypersonic lations 191-033 Flows in Thermochemical Nonequilibrium Radiation Convection in a Thermally De- Heat Transfer Regimes in Nuclear-Reactor- 191-041 veloping Duct Flow of Noncircular Cross Pumped Gas Lasers 191-047 Nonequilibrium and Equilibrium Shock Section 191-032 Response of Laser Heat Exchangers to Front Radiation Measurements 191-040 Numerical Model for Turbulent Jets Im- Unsteady Spatially Varying Input T91-010 Effect of Nose Bluntness on Flowfield Over pinging on a Surface with Throughflow Gas-Assisted Laser-Metal Drillng: Theoret- Slender Bodies in Hypersonic Flows 191-026 ical Model 191-004 791-025 Hyperbolic Heat Conduction with Convec- Gas-Assisted Laser-Metal Drilling: Exper- Titan Atmospheric Composition by Hyper- tion Boundary Conditions and Pulse Heat- imental Results 191-003 velocity Shock-Layer Analysis T91-024 ing Effects 791-015 OCT.-DEC. 1991 1991 INDEX 633 Calculation of Fully Developed Flow and Numerical Simulation of Time-Dependent Free Convection in a Square Cavity with a Heat Transfer in Streamwise-Periodic Heat Transfer in Oscillating Pipe Flow Partially Heated Wall and a Cooled Top Dimpled Channels T91-011 791-058 791-084 Vapor Condensation at the Free Surface of Heat Transfer Regimes in Nuclear-Reactor- Experimental Verification of Darcy- an Axisymmetric Liquid Mixed by a Pumped Gas Lasers 191-047 Brinkman-Forchheimer Flow Model for Laminar Jet 191-009 Conjugate Mixed Convection-Conduction of Natural Convection in Porous Media Experimental and Numerical Study of Solid- Micropolar Fluids on a Moving Vertical 791-082 ification and Melting of Pure Materials Cylinder 191-037 Novel Passive Thermal Mixer 191-064 T91-005 Thermal Conductance of Two Space Station Natural Convective Flow Instability Between Coid Plate Attachment Techniques Horizontal Concentric Cylinders 191-059 Electronics Cooling 791-036 Conjugate Mixed Convection-Conduction of Hyperbolic Heat-Conduction Problems: Nu- Micropolar Fluids on a Moving Vertical Experimental Study of Natural Convection merical Simulations via Explicit Lax- Cylinder 91-037 in Horizontal Porous Layers with Multiple Wendroff-Based Finite Element Formu- Convection Heat Transfer Due to Protruded Heat Sources T91-092 lations T91-033 Heat Sources in an Enclosure 191-031 Convection Heat Transfer Due to Protruded Hyperbolic Heat Conduction with Convec- Linear Oscillatory Ceilular Thermocapillary Heat Sources in an Enclosure 191-031 tion Boundary Conditions and Pulse Heat- Convection in Liquid Layers 191-013 Convective Heat Transfer with Buoyancy ing Effects 791-015 Experimental and Numerical Study of Solid- Effects from Thermal Sources on a Flat ification and Melting of Pure Materials Plate 191-029 Heat Pipes T91-005 Transient Experimental Investigation of Nonintrusive Diagnostics Forced Convection Micro Heat Pipes 191-079 Heat Transfer to Turbulent Radial Wal7l9 1-J0e8t9s DetHaeialte d PMioped elW icfkors Transient Liquid F7l9o1w-0 7i8n Lown-osPtriecsss ure Plasma Spectroscopic 79D1i-0a7g1- Analysis of Direct Liquid-Solid Contact Heat Numerical Modeling of Heat-Pipe Transients Experimental Study on Confined Two-Phase Transfer in Monodispersed Spray C7o9o1l-i0n8g8 Investigation of the Transient Character7i9s1t-i0c5s4 ExpJeetrsi mental and Analytical Study o1f9 1C-o0n5-6 EHfefaAMetxec ittaaiTlvlr e a nCFsToifhnbeeedrrru smc atilin onLC aomnaidnnudac rt iEvxFittleyor wna olf w itCShio7 n9nt1vWe-ear0cle8-ld0 EffodLefuec vctet al aosnfM c ieocG nrr aoHvC eioatnHtyed aetnPa sinpadPet i ipNoeon n cionn dVeanrsiaabbllee7T 99 11C--oG00na02-s80 GastHa ecat tCeoMdme plotFislnoigwt fiioiennl dsa MRveieaacs tuaMrnagesumsle anSrtp se Ccatvrii77ont99m 1y1e-- tA00rr52y1c3 tion 191-075 Laser Interaction Optical Constants of Al,O, Smoke in Pro- Radiation and Convection in Circular Pipe pellant Flames T91-022 with Uniform Wall Heat Flux 191-074 Heat Transfer to Turbulent Radial Wall Jets Transient Cooling of a Square Region of 791-089 Radiation in Participating Media Radiating Medium 191-073 Gas-Assisted Laser-Metal Drillng: Theoret- Computations for Support Design of Meas- ical Model 191-004 Radiation and Convection in Circular Pipe urements of Radiation from Low Velocity Gas-Assisted Laser-Metal Drilling: Exper- with Uniform Wall Heat Flux 191-074 Shocked Air 91-069 imental Results 91-003 Transient Cooling of a Square Region of Approximate Solution of the Thermal- Radiating Medium 191-073 Entry-Length Fluid Flow and Heat Trans- Melting/ Solidification Temperature Turbulence Spectrum for faetr tChhea raWcatlelrsi stics in Annuli with Bl19o1w-i0n6g6 Thesirbmlae la ndC haLragteinntg Haenadt SDtiosrcahgaer gPiancgk eodf BSeedns- High-Temperature Radiating Gases7 91-072 SubDcroaogl eda ndF oHrecaetd TCroannvsefcetri onof Fai lWme dB7go9e1i -l0i5n2g Finiintge PEhlaesmee-ntC haEniggee nvParluoeb leMmest hod fo9rT 911-S-o00l89v50- ComSuprheuomtceaknettdis o nAsoi fr fRoard iSautpipoonr tf roDme siLgonw ofV e9l1Mo-ec0ai6st9-y Adaptive Finite Element Analysis of Hyper- Enthalpy Method for Ablation-Type Moving Three-Dimensional Spectral Radiative Heat sonic Laminar Flows for Aerothermal Boundary Problems 191-034 Transfer Solutions by the Discrete-Ordi- Load Predictions 191-046 Heat and Fluid Flow Processes During the nates Method 791-049 CRoandSvEPiveeflaecflaetctotciiteptoo iisnnnv ge fCrDoouHnmecv atet Tc htFeilTorornmwa a nlso fifne rSN oaou nrwcTciihetrehscr umloaBanlur lo 17yya99 Ca11r--nFDo00clse32ays2-9t TFhreeTCPSerohoazlmaeciitarkndilmeg-nd aS g lo l oiBCfodeS of dtn o ada ruP oachfBgMta ieoisn Svveapii-rhtnyCey ghr aesnAS lgEuleron fyha acMneaS ctaeetmruireaanlt171tsi999 n111g---0 00f120oo886raf REaxdScTveirehcaalattnoniispgoofienenn r g FCDaAocunntcavotlery c stFiMisloo odnwie nl o ifRn foNocarok necTRtiah rdeicrEaumntlagialivrlne 17ey 99s C11 Hr--eoD00ase34ts2-8 Heat and Fluid Flow Processes During the Experimental and Numerical Study of Solid- Radiation Interchange Between Surfaces Coating of a Moving Surface 191-028 ification and Melting of Pure Materials Jet-Wake Thermal Characteristics of Heated 791-005 Green’s Function Solution to Radiative Heat Turbulent Jets in Crossflow 191-027 Transfer Between Longitudinal Gray Fins Numerical Model for Turbulent Jets Im- Mixed Convection 791-017 pinging on a Surface with Throug1h9f1-l0o2w6 Conjugate Mixed Convection-Conduction of Thermal Control Swirling Flow Effect on Film Cooling Per- Micropolar Fluids on a Moving Vertical Thermal Charging and Discharging of Sen- formance Downstream of a Sudden Ex- Cylinder 191-037 sible and Latent Heat Storage Packed Beds pansion T91-012 791-090 Calculation of Fully Developed Flow and Heat Transfer to Turbulent Radial Wall Jets Heat Transfer in Streamwise-Periodic Convective Heat Transfer with Buoyancy 791-089 Dimpled Channels 791-011 Effects from Thermal Sources on a Flat Transient Experimental Investigation of Response of Laser Heat Exchangers to Plate 791-029 Micro Heat Pipes 791-079 Unsteady Spatially Varying Input T91-010 Mixed Convection About a Cylinder Em- Measurements and Correlation of Two-Phase bedded to a Wedge in Porous Media Pressure Drop Under Microgravity Con- T91-016 ditions 191-076 Heat Conduction Modeling of Surface Roughness Effects on Multilayer Thermally Insulating Ceramic Finite Element Eigenvalue Method for Solv- Glaze Ice Accretion T91-007 Contacts 91-062 ing Phase-Change Problems 191-085 Heat Transfer Enhancement Techniques for Analysis of Thermal Constriction Resistance Natural Convection Space Station Cold Plates 191-061 with Adiabatic Circular Gaps T91-081 Experimental Study of Natural Convection Experimental Study of Enhanced Melting Multilayer Thermally Insulating Ceramic in Horizontal Porous Layers with Multiple Process Under Ultrasonic Influence Contacts 191-062 Heat Sources 191-092 791-050 634 J. THERMOPHYSICS VOL. 5, NO. 4 Laminar Flow and Heat Transfer in a Approximate Solution of the Thermal- an Axisymmetric Liquid Mixed by a Channel with Lateral Injection 191-039 Entry-Length Fluid Flow and Heat Trans- Laminar Jet T91-009 Thermal Conductance of Two Space Station fer Characteristics in Annuli with Blowing Thermochemistry and Chemical Kinetics Cold Plate Attachment Techniques at the Walls T91-066 T91-036 Heat Transfer to a Power Law Non-New- Rate Parameters for Coupled Rotation- Metal Hydride Heat Pumps for Upgrading tonian Falling Liquid Film 191-065 Vibration-Dissociation Phenomena in H, Spacecraft Waste Heat 791-021 Thermodynamic Properties of Adsorbed 791-070 investigation of the Transient Characteristics Water on Silica Gel: Exergy Losses in Aeroassist Flight Experiment Heating-Rate of a Micro Heat Pipe 191-020 Adiabatic Sorption Processes 791-063 Sensitivity Study 191-068 Thermal Conductivity Enhancement of Heat Transfer Enhancement Techniques for Model for Oxygen Recombination on Sili- Solid-Solid Phase-Change Materials for Space Station Cold Plates 191-061 con-Dioxide Surfaces 191-043 Thermal Storage 791-018 Numerical Modeling of Heat-Pipe Transients Computation of Weakly Ionized Hypersonic Green’s Function Solution to Radiative Heat 791-054 Flows in Thermochemical Nonequilibrium Transfer Between Longitudinal Gray Fins Experimental and Analytical Study of Con- 191-041 791-017 tact Melting in a Rectangular Cavity Titan Atmospheric Composition by Hyper- 791-051 velocity Shock-Layer Analysis 191-024 Thermal Modeling and Analysis Three-Dimensional Spectral Radiative Heat Gas Composition Measurements in Arc Heated Flowfields via Mass Spectrometry Thermal Charging and Discharging of Sen- Transfer Solutions by the Discrete-Ordi- 791-023 sible and Latent Heat Storage Packed Beds nates Method 191-049 Effect of Electron Temperature and Impact T91-090 Exchange Factor Modei for Radiative Heat Ionization on Martian Return AOTV Vapor Condensation on Liquid Surface Due Transfer Analysis in Rocket Engines Flowfields 791-001 to Laminar Jet-Induced Mixing 191-087 791-048 Thermophysical Properties Evaluation of an Adaptive Unstructured Thermal Conductance of Two Space Station Remeshing Technique for Integrated Cold Plate Attachment Techniques Practical Expressions for Thermodynamic Fluid-Thermal-Structural Analysis T91-086 T91-036 and Transport Properties of Commonly Thermocapillary Convection in a Model Modification of COMMIX-1B for Simula- Used Fluids 191-077 Float Zone 191-083 tion of Thermal- and Flowfields in Ultra- Thermodynamic Properties of Adsorbed Transient Experimental Investigation of high Temperature Vapor Core Reactor Water on Silica Gel: Exergy Losses in Micro Heat Pipes 191-079 791-035 Adiabatic Sorption Processes 791-063 Heat Transfer in Laminar Flow with Wall Hyperbolic Heat-Conduction Problems: Nu- Heat Transfer Enhancement Techniques for Axial Conduction and External Convec- merical Simulations via Explicit Lax- Space Station Cold Plates 91-061 tion 191-075 Wendroff-Based Finite Element Formu- Experimental and Analytical Study of Con- Radiation and Convection in Circular Pipe lations T91-033 tact Melting in a Rectangular Cavity with Uniform Wall Heat Flux 191-074 Investigation of the Transient Characteristics 791-051 Transient Cooling of a Square Region of of a Micro Heat Pipe T91-020 Optical Constants of Al,O, Smoke in Pro- Radiating Medium 191-073 Green’s Function Solution to Radiative Heat pellant Flames 791-022 Computations for Support Design of Meas- Transfer Between Longitudinal Gray Fins Thermal Conductivity Enhancement of urements of Radiation from Low Velocity 191-017 Solid-Solid Phase-Change Materials for Shocked Air 91-069 Vapor Condensation at the Free Surface of Thermal Storage 791-018 OCT.-DEC. 1991 1991 INDEX Author Index Al-Sharif, M., T91-076 Faghri, A., T91-066 Kumar, A., T91-025 Ramakrishnan, R., T91-046 Albagli, D., T91-056 Faghri, M., T91-014 Kurzweg, U. H., T91-058 Rezaian, A., T91-028 Ambrose, J. H., T91-078 Fant, D. B., T91-059 Kuttler, J. R., 791-034 Rochelle, W. C., T91-068 Anghaie, S., T91-035 Ferziger, J., 791-019 Lai, F. C., T91-092 Rothmayer, A., T91-059 Arimilli, R. V., 791-005 Fiveland, W. A., T91-049 Lawrence, S. L., T91-042 Sadhal, S. S., T91-081 Asaba, M., T91-014 Fletcher, L. S., 791-036, T91-061 Lee, S., T91-030 San, J.-Y., T91-063 Asako, Y., T91-014 Frankel, J. I., 191-017 Levin, D. A., T91-069 Schwenke, D. W., T91-070 Babus’Hagq, R. F., T91-062 Furukawa, M., T91-077 Levy, Y., 791-056 Scott, C. D., 791-068 Beam, J. E., T91-078 Gally, T. A., T91-001 Lin, C., T91-009 Sengupta, S. P., 191-053 Berkowitz, B., T91-007 Gau, C., 791-012 Lin, C. S., 791-087 Seward, W. A., T91-043 Blake, D. J., T91-023 Gibson, C., 791-062 Lin, J. D., 791-074 Sharma, R. R., T91-002 Bouslog, S. A., T91-068 Gillespie, W., T91-040 Lin, T., T91-060 Sharma, S. P., T91-040, T91-070 Bowman, W. J., 791-054 Glass, D. E., T91-015 MacCormack, R. W., T91-041 Sharma, V. D., T91-002 Brewster, M. Q., T91-003, T91-004, Gorla, R. S. R., T91-065 Mantle, W. J., 791-080 Sherif, S. A., T91-027 791-022 Guedes, R. O. C., 791-075 Matsue, T., T91-008 Siegel, R., 791-073 Brum, N. C. L., 791-075 Gunnerson, F. S., 791-052 Micol, J. R., 791-045 Silvestri, J. J., 791-017 Buelow, P. E., T91-042 Guo, K., 791-013 Mills, A. F., 791-021 Singh, D. J., 791-025 Campo, A., T91-032 Gupta, N., T91-002 Moin, P., T91-019 Som, S. K., 791-053 Candler, G. V., T91-041, T91-069 Hammad, K. J., T91-048 Morehouse, J. H., 791-018 Son, C. H., T91-018 Cao, W-Z., T91-006 Han, L. S., 791-089 Mueller, S. R., T91-068 Soufiani, A., T91-072 Carlson, L. A., T91-001 Hansman, R. J., Jr., T91-007 Mujumdar, A. S., 791-026 Sdézen, M., T91-090 Chang, S. S., T91-012 Hasan, M. M., T91-087 Munukutla, S. S., 791-064 Starks, G., T91-036 Chang, W. S., T91-079, T91-080, Heaton, H. S., 791-039 Nakamura, H., 791-014 Tamma, K. K., 791-015, T91-033 791-085 Ho, W., T91-057 Namburzu, R. R., T91-033 Tannehill, J. C., 791-042 Chao, Y., 791-057 Honda, T., T91-038 Nanbu, K., 791-038 Tewari, S. S., 791-029 Chappidi, P. R., 791-052 Hong, J. S., 791-050 Naraghi, M. H. N., T91-048 Thomas, S., T91-066 Chen, C., 791-037 Hsieh, S., 791-060 Neitzel, G. P., T91-083 Thornton, E. A., T91-046 Chen, I., T91-076 Hsu, T., 791-037 Nelson, H. F., 791-024 Ting, P. C., T91-068 Chen, L., T91-031 Huang, J. M., 791-074 O'Callaghan, P. W., T91-062 Tio, K., T91-081 Chen, Z. Q., T91-051 Hunter, L. W., 791-034 Okumura, A., T91-008 Tiwari, S. N., T91-025 Choi, H., T91-021 Hyer, J. R., 791-083 Oosthuizen, P. H., 791-084 Torczynski, J. R., 791-047 Choi, K., T91-088 Idem, S. A., T91-064 Pandey, B. D., T91-002 Vafai, K., T91-090 Choi, K. J., 791-050 levalts, J. O., 791-042 Parang, M., T91-005 van Heiningen, A. R. P., 791-026 Choudhury, D., 791-011 | Igarashi, S., 791-038 Park, C., T91-024 Wallace, D. A., T91-091 Chow, L. C., 791-078, T91-085 Inger, G. R., T91-067 Parry, D. L., T91-022 Wang, Q. J., 791-051 Collins, R. J., T91-069 Ingham, D. B., T91-016 Pasamehmetoglu, K. O., T91-052 Webb, B. W., T91-039 Colovin, J. E., Jr., T91-068 Jafarpur, K., T91-030 Patel, R. S., 791-003, T91-004 Whiting, E. E., 791-024 Cotta, R. M., T91-075 Jaluria, Y., 791-029 Paul, J. T., T91-084 Wieting, A. R., T91-046 Cousins, A. K., T91-010 Jamaluddin, A. S., 791-049 Peterson, G. P., T91-020, T91-036, Willey, R. J., 791-023 Curry, D. M., T91-068 Jankowski, D. F., 791-083 T91-061, T91-079 Wilmoth, R. G., 791-044 Dash, S. K., T91-053 Johnson, D. C., T91-089 Piomelli, U., T91-019 Worek, W. M., T91-063 Deacon, H. J., Jr., T91-091 Jumper, E. J., 791-043 Pitts, D. R., 791-031 Wu, D., T91-020, T91-079 Dechaumphai, P., T91-086 Karki, K. C., T91-011 Pletcher, R. H., 791-027 Yamaguchi, K., T91-007 Delcorio, B., T91-088 Kennedy, I. M., T91-055 Polat, S., 91-026 Yang, G., T91-032 Dong, Z. F., T91-051 Kennedy, L. A., T91-090 Pop, I., T91-016 Yang, W., T91-013 Douglas, W. J. M., 791-026 Keshock, E. G., 791-076 Potapezuk, M., T91-007 Yih, K. A., 791-012 Downing, R., T91-076 Ketkar, S. P., 791-005 Poulikakos, D., T91-006, T91-028 Yovanovich, M. M., T91-030 Ebadian, M. A., T91-032, Keyhani, M., T91-031 Prasad, V., T91-082 Zhang, J. G., T91-035, T91-058 "791-051 Kladias, N., T91-082 Probert, S. D., T91-062 Zheng, W., T91-063 Eddy, T. L., 791-071 Kobayashi, Y., T91-008 Prusa, J., 791-059 Zhong, J., T91-085 Elder, J., T91-067 Kulacki, F. A., 791-092 Railkar, S. B., 791-015 J. THERMOPHYSICS VOL. 5, NO. 4 Chronological Index 191-001 Effect of Electron Temperature and Impact Ionization 191-014 Numerical Solution of Convection-Diffusion Problems on Martian Return AOTV Flowfields. Leland A. Carlson and in Irregular Domains Mapped onto a Circle. Makoto Asaba, Thomas A. Gally, Texas A&M University (5, 1, p. 9) Article Yutaka Asako and Hiroshi Nakamura, Tokyo Metropolitan based on AIAA Paper 89-1729 University, Japan; and Mohammad Faghri, University of Rhode Island (5, 1, p. 103) Article 191-002 Progressive Wave Analysis Describing Wave Motions in Radiative Neelam Gupta, Banaras T91-015 Hyperbolic Heat Conduction with Convection Bound- Hindu University, India; Vishnu D. Sharma, Indian Institute of ary Conditions and Pulse Heating Effects. David E. Glass, Technology; Bishun D. Pandey and Rishi R. Sharma, Ohio Analytical Services & Materials; Kumar K. Tamma and Sudhir State University at Marion (5, 1, p. 21) Article based on AIAA B. Railkar, University of Minnesota (5, 1, p. 110) Article based Paper 89-1917 on AIAA Paper 89-1683 91-003 Gas-Assisted Laser-Metal Drilling: Experimental Re- 191-016 Mixed Convection About a Cylinder Embedded to a sults. R. S. Patel and M. Q. Brewster, University of Illinois at Wedge in Porous Media. D. B. Ingham, University of Leeds, Urbana-Champaign (5, 1, p. 26) Article England, UK; and I. Pop, University of Cluj, Romania (5, 1, p. 117) Technical Note 191-004 Gas-Assisted Laser-Metal Drillng: Theoretical Model. R. S. Patel and M. Q. Brewster, University of Illinois at 191-017 Green’s Function Solution to Radiative Heat Transfer Urbana-Champaign (5, 1, p. 32) Article Between Longitudinal Gray Fins. J. I. Frankel and J. J. Silvestri, Florida Institute of Technology (5, 1, p. 120) Technical 191-005 Experimental and Numerical Study of Solidification Note and Melting of Pure Materials. Satish P. Ketkar, Masood Parang and Rao V. Arimilli, University of Tennessee (5, 1, 791-018 Thermal Conductivity Enhancement of Solid-Solid p. 40) Article Phase-Change Materials for Thermal Storage. C. H. Son and J. H. Morehouse, University of South Carolina (5, 1, p. 122) 191-006 Freezing of a Binary Alloy Saturating a Packed Bed of Technical Note based on AIAA Paper 89-0240 W-Z. Cao and D. Poulikakos, University of Illinois at Chicago (5, 1, p. 46) Article 191-019 Large Eddy Simulation of the Flow in a Transpired Channel. Ugo Piomelli, University of Maryland; Parviz Moin 191-007 Modeling of Surface Roughness Effects on Glaze Ice and Joel Ferziger, Stanford University (5, 1, p. 124) Technical Accretion. R. John Hansman Jr. and Keiko Yamaguchi, Note Massachusetts Institute of Technology; Brian Berkowitz, Sverdrup Technology, Inc.; and Mark Potapczuk, NASA Lewis 91-020 Investigation of the Transient Characteristics of a Research Center (5, 1, p. 54) Article based on AIAA Paper Micro Heat Pipe. D. Wu and G. P. Peterson, Texas A&M 89-0734 University (5, 2, p. 129) Article based on AIAA Paper 90-0060 791-008 Effect of Gravity and Noncondensable Gas Levels on T91-021 Metal Hydride Heat Pumps for Upgrading Spacecraft Condensation in Variable Conductance Heat Pipe. Yasunori Waste Heat. Hae-Jin Choi and Anthony F. Mills, University of Kobayashi, Akira Okumura and Toshihisa Matsue, Institute of California, Los Angeles (5, 2, p. 135) Article Engineering Mechanics, University of Tsukuba, Japan (5, 1, p.61) Article based on AIAA Paper 89-1747 191-022 Optical Constants of Al,O, Smoke in Propellant Flames. David L. Parry and M. Quinn Brewster, University of 191-009 Vapor Condensation at the Free Surface of an Illinois at Urbana-Champaign (5, 2, p. 142) Article Axisymmetric Liquid Mixed by a Laminar Jet. Chin-Shun Lin, Analex Corporation, NASA Lewis Research Center (5, 1, p. 69) T91-023 Gas Composition Measurements in Arc Heated Flow- Article fields via Mass Spectrometry. Ronald J. Willey and David J. Blake, Northeastern University (5, 2, p: 150) Article 791-010 Response of Laser Heat Exchangers to Unsteady Spatially Varying Input. A. K. Cousins, Spectra Technology, Inc. (5, 1, p. 76) Article 191-024 Titan Atmospheric Composition by Hypervelocity Shock-Layer Analysis. H. F. Nelson, University of Missouri 91-011 Calculation of Fully Developed Flow and Heat Transfer —Rolla; Chul Park, NASA Ames Research Center; and Ellis E. in Streamwise-Periodic Dimpled Channels. Dipankar Whiting, Eloret Institute (5, 2, p. 157) Article based on AIAA Choudhury, Creare Inc.; and Kailash C. Karki, University of Paper 89-1770 Minnesota (5, 1, p.81) Article 191-025 Effect of Nose Bluntness on Flowfield Over Slender 191-012 Swirling Flow Effect on Film Cooling Performance Bodies in Hypersonic Flows. D. J. Singh, Old Dominion Downstream of a Sudden Expansion. C. Gau, K. A. Yih and S. University; A.K umar, NASA Langley Research Center; and S. S. Chang, National Cheng Kung University, Taiwan, ROC (5, 1, N. Tiwari, Old Dominion University (5, 2, p. 166) Article based p. 89) Article on AIAA Paper 89-0270 791-013 Linear Oscillatory Cellular Convec- 791-026 Numerical Model for Turbulent Jets Impinging on a tion in Liquid Layers. Kai-Hua Guo, Chinese Academy of Surface with Throughflow. S. Polat, A. S. Mujumdar, A. R. P. Sciences, PRC; and Wen-Jei Yang, University of Michigan (5, van Heiningen and W. J. M. Douglas, McGill University, 1, p. 96) Article Canada (5, 2, p. 172) Article OCT.-DEC. 1991 1991 INDEX 637 191-027 Jet-Wake Thermal Characteristics of Heated Turbulent 191-042 Three-Dimensional, Upwind, Parabolized Navier- Jets in Crossflow. S. A. Sherif, University of Miami; and R. H. Stokes Code for Chemically Reacting Flows. Philip E. Buelow, Pletcher, Jowa State University (5, 2, p. 181) Article based on John C. Tannehill and John O. Ievalts, Engineering Analysis, AIAA Paper 88-3725 CP888 Inc.; and Scott L. Lawrence, NASA Ames Research Center (5, 3, p. 274) Article based on AIAA Paper 90-0394 791-028 Heat and Fluid Flow Processes During the Coating of a Moving Surface. A. Rezaian and D. Poulikakos, University of T91-043 Model for Oxygen Recombination on Silicon-Dioxide Illinois at Chicago (5, 2, p. 192) Article Surfaces. W. A. Seward, Air Force Institute of Technology, Wright-Patterson AFB; and E. J. Jumper, University of Notre 191-029 Convective Heat Transfer with Buoyancy Effects from Dame (5, 3, p. 284) Article based on AIAA Paper 90-0054 Thermal Sources on a Flat Plate. S. S. Tewari and Y. Jaluria, Rutgers—The State University of New Jersey (5, 2, p. 199) 91-044 Direct Simulation Monte Carlo Analysis of Rarefied Article Flows on Parallel Processors. Richard G. Wilmoth, NASA Langley Research Center (5, 3, p. 292) Article based on AIAA 791-030 Effects of Geometry and Orientation on Laminar Paper 89-1666 Natural Convection from Isothermal Bodies. S. Lee, M. M. Yovanovich and K. Jafarpur, University of Waterloo, Canada 791-045 Experimental and Predicted Pressure and Heating (5, 2, p. 208) Article based on AIAA Paper 89-1662 Distributions for Aeroassist Flight Experiment Vehicle. John R. Micol, NASA Langley Research Center (5, 3, p.301) Article 791-031 Convection Heat Transfer Due to Protruded Heat based on AIAA Paper 89-1731 Sources in an Enclosure. L. Chen, Chongqing University, PRC; 191-645 Adaptive Finite Element Analysis of Hypersonic M. Keyhani and D. R. Pitts, University of Tennessee-Knoxville Laminar Flows for Aerothermal Load Predictions. R. (5, 2, p.217) Article Ramakrishnan, Old Dominion University; E. A. Thornton, University of Virginia; and A. R. Wieting, NASA Langley 791-032 Radiation Convection in a Thermally Developing Duct Research Center (5, 3, p. 308) Article Flow of Noncircular Cross Section. G. Yang, M. A. Ebadian and A. Campo, Florida International University (5, 2, p. 224) 791-047 Heat Transfer Regimes in Nuclear-Reactor- Article Gas Lasers. J. R. Torczynski, Sandia National Laboratories (5, 191-033 Hyperbolic Heat-Conduction Problems: Numerical 3, p. 318) Article Simulations via Explicit Lax-Wendroff-Based Finite Element 791-048 Exchange Factor Model for Radiative Heat Transfer Formulations. Kumar K. Tamma and Raju R. Namburu, Analysis in Rocket Engines. K. J. Hammad and M. H. N. Institute of Technology, University of Minnesota (5, 2, p. 232) Naraghi, Manhattan College (5, 3, p.327) Article Article based on AIAA Paper 89-1686 191-049 Three-Dimensional Spectral Radiative Heat Transfer 791-034 Enthalpy Method for Ablation-Type Moving Boundary Solutions by the Discrete-Ordinates Method. W. A. Fiveland Problems. Lawrence W. Hunter and James R. Kuttler, The and A. S. Jamaluddin, Babcock & Wilcox Company (5, 3, Johns Hopkins University (5, 2, p. 240) Technical Note p. 335) Article 191-035 Modification of COMMIX-1B for Simulation of T91-050 Experimental Study of Enhanced Melting Process Thermal- and Flowfields in Ultrahigh Temperature Vapor Core Under Ultrasonic Influence. K. J. Choi and J. S. Hong, Reactor. James G. Zhang and Samim Anghaie, University of University of Illinois at Chicago (5, 3, p. 340) Article Florida (5, 2, p. 242) Technical Note based on AIAA Paper 89-1990 CP895 791-051 Experimental and Analytical Study of Contact Melting in a Rectangular Cavity. Z. F. Dong, Z. Q. Chen and Q. J. 191-036 Thermal Conductofa Twno cSpeac e StatCoildo Pnlat e Wang, Xi’an Jiaotong University, PRC; and M. A. Ebadian, Attachment Techniques. G. P. Peterson, G. Starks and L. S. Florida International University (5, 3, p. 347) Articie Fletcher, Texas A&M University (5, 2, p. 246) Technical Note based on AIAA Paper 89-1703 191-052 Subcooled Forced Convection Film Boiling Drag and Heat Transfer of a Wedge. P. R. Chappidi, Los Alamos 191-037 Conjugate Mixed Convection-Conduction of Micro- National Laboratory; F. S. Gunnerson, University of Central Fluids on a Moving Vertical Cylinder. Cha’o-Kuang Florida; and K. O. Pasamehmetoglu, Los Alamos National Chen and Tsan-Hui Hsu, National Cheng Kung University, Laboratory (5, 3, p. 355) Article based on AIAA Paper 90-1724 Taiwan, ROC (5, 2, p. 248) echnical Note 191-053 Transport Processes and Associated Irreversibilities in 191-038 Probability of Inelastic Collisions for the Larsen- Droplet Evaporation. S. K. Dash, S. P. Sengupta and S. K. Borgnakke Model to the Monte Carlo Simulation Method. K. Som, Indian Institute of Technology (5, 3, p.366) Article Nanbu, T. Honda and S. Igarashi, Tohoku University, Japan (5, 2, p. 251) Technical Note 191-054 Numerical Modeling of Heat-Pipe Transients. W. Jerry Bowman, U.S. Air Force Academy (5, 3, p. 374) Article based 191-039 Laminar Flow and Heat Transfer in a Channel with on AIAA Paper 90-0061 Lateral Injection. B. W. Webb and H. S. Heaton, Brigham Young University (5, 2, p. 253) Technical Note 191-055 Condensation in a Mixing Layer. Ian M. Kennedy, University of California, Davis (5, 3, p. 380) Article 191-040 Nonequilibrium and Equilibrium Shock Front Radia- 91-056 Experimental Study on Confined Two-Phase Jets. D. tion Measurements. Surendra P. Sharma, NASA Ames Albagli and Y. Levy, Technion—lIsrael Institute of Technology Research Center; and Walter Gillespie, Stanford University (5, (5, 3, p. 387) Article 3, p. 257) Article based on AIAA Paper 90-0139 191-057 Heterogeneous and Nonisothermal Mixing of a Lateral 191-041 Computation of Weakly Ionized H Flows in Jet with a Swirling Crossflow. Yei-Chin Chao, National Cheng Thermochemical Nonequilibrium. Graham V. Candler, North Kung University, Taiwan, ROC; and Wu-Chi Ho, Industrial Carolina State University; and Robert W. MacCormack, Technology Research Institute, Taiwan, ROC (5, 3, p. 394) Stanford University (5, 3, p. 266) Article based on AIAA Paper Article based on AIAA Paper 88-3190 638 J. THERMOPHYSICS VOL. 5, NO. 4 791-058 Numerical Simulation of Time-Dependent Heat Trans- 191-072 Temperature Turbulence Spectrum for High-Temper- fer in Oscillating Pipe Flow. J. G. Zhang and U. H. Kurzweg, ature Radiating Gases. A. Soufiani, Ecole Centrale Paris, University of Florida (5, 3, p.401) Article based on AIAA France (5, 4, p. 489) Article Paper 90-1774 791-073 Transient Cooling of a Square Region of Radiating 191-059 Natural Convective Flow Instability Between Hori- Medium. Robert Siegel, NASA Lewis Research Center (5, 4, zontal Concentric Cylinders. D. B. Fant, U.S. Air Force Office p. 495) Article of Scientific Research; A. Rothmayer and J. Prusa, Jowa State University (5, 3, p. 407) Article 191-074 Radiation and Convection in Circular Pipe with Uniform Wall Heat Flux. J. M. Huang and J. D. Lin, National 191-060 Mixed Convection of Opposing/Assisting Flows in Chiao Tung University, Taiwan, ROC (5, 4, p. 502) Article Vertical Channels with Discrete Asymmetrically Heated Ribs. Tsang-Yuan Lin and Shou-Shing Hsieh, National Sun Yat-Sen 791-075 Heat Transfer in Laminar Flow with Wall Axial University, Taiwan, ROC (5, 3, p. 415) Article Conduction and External Convection. R. O. C. Guedes, R. M. Cotta and N. C. L. Brum, Universidade Federal do Rio de 191-061 Heat Transfer Enhancement Techniques for Space Janeiro, Brazil (5, 4, p. 508) Article Station Cold Plates. G. P. Peterson and L. S. Fletcher, Texas A&M University (5, 3, p. 423) Article 191-076 Measurements and Correlation of Two-Phase Pressure Drop Under Microgravity Conditions. 1. Chen and R. Down- 191-062 Multilayer Thermally Insulating Ceramic Contacts. R. ing, Sundstrand Corporation; E.G. Keshock and M. Al-Sharif, F. Babus’Haq, C. Gibson, P. W. O’Callaghan and S. D. University of Tennessee (5, 4, p.514) Article based on AIAA Probert, Cranfield Institute of Technology, England, UK (5, 3, Paper 89-0074 p. 429) Article based on AIAA Paper 89-0430 91-077 Practical Expressions for Thermodynamic and Trans- 791-063 Thermodynamic Properties of Adsorbed Water on port Properties of Commonly Used Fluids. Masao Furukawa, Silica Gel: Exergy Losses in Adiabatic Sorption Processes. W. National Space Development Agency, Japan (5, 4, p.524) M. Worek and W. Zheng, University of Illinois at Chicago; and Article J.-Y. San, National Chung-Hsing University, Taiwan, ROC (5, 3, p. 435) Article 191-078 Detailed Model for Transient Liquid Flow in Heat Pipe Wicks. J. H. Ambrose and L. C. Chow, University of Kentucky; 191-064 Novel Passive Thermal Mixer. Steven A. Idem, TJen- and J. E. Beam, Wright Research and Development Center, nessee Technological University; and Sastry S. Munukutla, Wright-Patterson AFB (5, 4, p. 532) Article based on AIAA Tennessee Technological University (5, 3, p. 441) Technical Note Paper 90-0062 based on AIAA Paper 90-1789 7191-079 Transient Experimental Investigation of Micro Heat 191-065 Heat Transfer to a Power Law Non-Newtonian Falling Pipes. D. Wu and G. P. Peterson, Texas A&M University; and Liquid Film. Rama Subba Reddy Gorla, Cleveland State W. S. Chang, Wright Research and Development Center, University (5, 3, p. 444) Technical Note Wright-Patterson AFB (5, 4, p. 539) Article based on AIAA Paper 90-1791 191-066 Approximate Solution of the Thermal-Entry-Length Fluid Flow and Heat Transfer Characteristics in Annuli with T91-080 Effective Thermal Conductivity of Sintered Metal Blowing at the Walls. A. Faghri and S. Thomas, Wright State Fibers. W. Joseph Mantle and Won Soon Chang, Wright University (5, 3, p. 446) Technical Note Laboratory, Wright-Patterson AFB (5, 4, p.545) Article 191-067 Recombination-Dominated Nonequilibrium Heat Trans- 791-081 Analysis of Thermal Constriction Resistance with fer to Arbitrarily Catalytic Hypersonic Vehicles. G. R. Inger and Adiabatic Circular Gaps. Kek-Kiong Tio and Satwindar S. J. Elder, Jowa State University (5, 4, p. 449) Article based on Sadhal, University of Southern California (5, 4, p. 550) Article AIAA Paper 88-1859 791-082 Experimental Verification of Darcy-Brinkman- Forchheimer Flow Model for Natural Convection in Porous 191-068 Aeroassist Flight Experiment Heating-Rate Sensitivity Media. N. Kladias and V. Prasad, Columbia University (5, 4, Study. W. C. Rochelle, P. C. Ting, S. A. Bouslog, S. R. p. 560) Article Mueller and J. E. Colovin Jr., Lockheed Engineering & Sciences Company; D. M. Curry and C. D. Scott, NASA 191-083 Thermocapillary Convection in a Model Float Zone. J. Johnson Space Center (5, 4, p.456) Article based on AIAA R. Hyer, D. F. Jankowski and G. P. Neitzel, Arizona State Paper 89-1733 University (5, 4, p. 577) Article based on AIAA Paper 90-0406 191-069 Computations for Support Design of Measurements of 191-084 Free Convection in a Square Cavity with a Partially Radiation from Low Velocity Shocked Air. D. A. Levin, Heated Wall and a Cooled Top. P. H. Oosthuizen and J. T. Institute for Defense Analyses; Collins, R. J., University of Min- Paul, Queen’s University, Canada (5, 4, p. 583) Article based on nesota; and G. V. Candler, North Carolina State University AIAA Paper 90-1722 (5, 4, p. 463) Article 191-085 Finite Element Eigenvalue Method for Solving Phase- 191-070 Rate Parameters for Coupled Rotation-Vibration- Change Problems. Jiakang Zhong, Zhejiang University, PRC; Dissociation Phenomena in H,. Surendra P. Sharma and David Louis C. Chow, University of Kentucky; and Won Soon Chang, W. Schwenke, NASA Ames Research Center (5, 4, p. 469) Wright Laboratory, Wright-Patterson AFB (5, 4, p. 589) Article Article based on AIAA Paper 89-1738 based on AIAA Paper 90-0544 791-086 Evaluation of an Adaptive Unstructured Remeshing 191-071 Low-Pressure Plasma Spectroscopic Diagnostics. T. L. Technique for Integrated Fluid-Thermal-Structural Analysis. Eddy, Georgia Institute of Technology (5, 4, p.481) Article Pramote Dechaumphai, NASA Langley Research Center (5, 4, based on AIAA Paper 89-2830 p. 599) Article based on AIAA Paper 90-0556 OCT.-DEC. 1991 1991 INDEX 639 191-087 Vapor Condensation on Liquid Surface Due to Laminar 191-090 Thermal Charging and of Sensible and Jet-Induced Mixing. C. S. Lin, Analex Corporation, NASA Latent Heat Storage Packed Beds. Mehmet Sézen, Kambiz Lewis Research Center; and M. M. Hasan, NASA Lewis Vafai and Lawrence A. Kennedy, Ohio State University (5, 4, Research Center (5, 4, p. 607) Article based on AIAA Paper p. 623) Technical Note 90-0354 791-091 Convective Heat Transfer Across a Duct with Asym- 7191-088 Analysis of Direct Liquid-Solid Contact Heat Transfer metric Blowing. H. J. Deacon Jr. and D. A. Wallace, The in Monodispersed Spray Cooling. Brian Delcorio and Kyung- Aerospace Corporation (5, 4, p.625) Technical Note Jin Choi, University of Illinois at Chicago (5, 4, p. 613) Article 791-089 Heat Transfer to Turbulent Radial Wall Jets. David C. 191-092 Experimental Study of Natural Convection in Hori- Johnson, Massachusetts Institute of Technology; and Lit S. zontal Porous Layers with Multiple Heat Sources. F. C. Lai Han, Lockheed Missiles and Space Company (5, 4, p. 621) and F. A. Kulacki, Colorado State University (5, 4, p. 627) Technical Note Technical Note based on AIAA Paper 90-0257

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VOL. 5, NO. 4, OCT.-DEC. 1991 J. THERMOPHYSICS 1991 Journal of Thermophysics and Heat Transfer Index How to Use the Index In the Subject Index, pages 631-634, each technical paper is listed under a maximum of three appropriate headings. Note the number in boldface type following each paper title, and use that number to locate the paper in the Chronological Index. The Author Index, page 635, lists all authors associated with a given technical paper. The locating numbers are identical to those in the Subject Index. The Chronological Index, pages 636-639, lists all papers by their unique code numbers. This listing contains titles, authors and their affiliations, and volume, issue number, and page where the paper appeared. It also gives the AIAA paper number, if any, on which the article was based, as well as the ‘‘CP’’ or conference volume number if the paper was published in a bound collection of meeting papers. Comments, Replies, and Errata are listed directly beneath the paper to which they refer. If the paper to which they refer was published prior to 1991, that paper also will appear in both the Subject and Chronological Indexes. Authors of Comments also are listed in the Author Index. Subject Index Aircraft Technology, Conventional, Experimental and Predicted Pressure and Hydrodynamics Heating Distributions for Aeroassist Flight STOL/VTOL Experiment Vehicle 191-045 Experimental Verification of Darcy- Laminar Flow and Heat Transfer in a Brinkman-Forchheimer Flow Model for Aerospace Plane Channel with Lateral Injection 191-039 Natural Convection in Porous Media Three-Dimensional, Upwind, Parabolized Effects of Geometry and Orientation on T91-082 Navier-Stokes Code for Chemically Re- Laminar Natural Convection from Iso- Hypersonic Flow acting Flows 191-042 thermal Bodies 791-030 Model for Oxygen Recombination on Sili- Safety Boundary Layers and Heat con-Dioxide Surfaces 191-043 Transfer—Turbulent Effect of Nose Bluntness on Flowfield Over Modeling of Surface Roughness Effects on Slender Bodies in Hypersonic Flows Glaze Ice Accretion T91-007 Mixed Convection of Opposing/Assisting 791-025 Flows in Vertical Channels with Discrete Effect of Electron Temperature and Impact Energy Asymmetrically Heated Ribs 191-060 Ionization on Martian Return AOTV Heterogeneous and Nonisothermal Mixing of Flowfields 791-001 Magnetohydrodynamic Power a Lateral Jet with a Swirling Crossflow Generation 791-057 Inlet, Nozzle, Diffusor, and Channel Jet-Wake Thermal Characteristics of Heated Flows Modification of COMMIX-1B for Simula- Turbulent Jets in Crossflow 191-027 tion of Thermal- and Flowfields in Ultra- Large Eddy Simulation of the Flow in a Large Eddy Simulation of the Flow in a high Temperature Vapor Core Reactor Transpired Channel 791-019 Transpired Channel 191-019 791-035 Boundary-Layer Stability and Transition Jets, Wakes, and Viscid-Inviscid Flow Solar Power Interactions Mixed Convection of Opposing/ Assisting Experimental Study of Enhanced Melting Analysis of Direct Liquid-Solid Contact Heat Flows in Vertical Channels with Discrete Process Under Ultrasonic Influence Transfer in Monodispersed Spray Cooling Asymmetrically Heated Ribs 191-060 T91-050 191-088 Linear Oscillatory Cellular Thermocapillary Jet-Wake Thermal Characteristics of Heated Convection in Liquid Layers 791-013 Fluid Dynamics Turbulent Jets in Crossflow 791-027 ComputaFtluiido Dnynaamlic s Numerical Model for Turbulent Jets Im- Boundary Layers and Heat pinging on a Surface with Throughflow Transfer—Laminar Thermocapillary Convection in a Model 791-026 Float Zone 191-083 Convective Heat Transfer Across a Duct Heterogeneous and Nonisothermal Mixing of Multiphase Flows with Asymmetric Blowing 791-091 a Lateral Jet with a Swirling Crossflow Detailed Model for Transient Liquid Flow in Aeroassist Flight Experiment Heating-Rate 791-057 Heat Pipe Wicks 791-078 Sensitivity Study 191-068 Experimental and Predicted Pressure and Measurements and Correlation of Two-Phase Recombination-Dominated Nonequilibrium Heating Distributions for Aeroassist Flight Pressure Drop Under Microgravity Con- Heat Transfer to Arbitrarily Catalytic Experiment Vehicle 191-045 ditions 791-076 Hypersonic Vehicles 191-067 Three-Dimensional, Upwind, Parabolized Experimental Study on Confined Two-Phase Heat Transfer to a Power Law Non-New- Navier-Stokes Code for Chemically Re- Jets 791-056 tonian Falling Liquid Film T91-065 acting Flows 191-042 Condensation in a Mixing Layer 191-055 Mixed Convection of Opposing/Assisting Probability of Inelastic Collisions for the Effect of Gravity and Noncondensable Gas Flows in Vertical Channels with Discrete Larsen-Borgnakke Model to the Monte Levels on Condensation in Variable Con- Asymmetrically Heated Ribs 791-060 Carlo Simulation Method 191-038 ductance Heat Pipe 791-008 Natural Convective Flow Instability Between Numerical Solution of Convection-Diffusion Horizontal Concentric Cylinders 191-059 Problems in Irregular Domains Mapped Numerical Simulation of Time-Dependent onto a Circle 791-014 Plasmadynaamndi cMsHD Heat Transfer in Oscillating Pipe Flow Calculation of Fully Developed Flow and 791-058 Heat Transfer in Streamwise-Periodic Low-Pressure Plasma Spectroscopic Diag- Condensation in a Mixing Layer 191-055 Dimpled Channels 791-011 nostics 191-071 632 J. THERMOPHYSICS VOL. 5, NO. 4 Progressive Wave Analysis Describing Wave Launch Vehicle and Missile (LV/M) Gas Composition Measurements in Arc Motions in Radiative Magnetogas- Heated Flowfields via Mass Spectrometry dynamics 191-002 Technology 791-023 Effect of Electron Temperature and Impact Rarefied Flows Thermal Protection Systems Ionization on Martian Return AOTV Direct Simulation Monte Carlo Analysis of Convective Heat Transfer Across a Duct Flowfields 791-001 Rarefied Flows on Parallel Processors with Asymmetric Blowing 791-091 791-044 Boiling/ Condensation Probability of Inelastic Collisions for the Propulsion Larsen-Borgnakke Model to the Monte Effective Thermal Conductivity of Sintered Carlo Simulation Method 791-038 Combustion and Combustor Designs Metal Fibers T91-080 Measurements and Correlation of Two-Phase Reacting Flows and Combustion Transport Processes and Associated Ir- Pressure Drop Under Microgravity Con- reversibilities in Droplet Evaporation ditions 191-076 Recombination-Dominated Nonequilibrium 791-053 Condensation in a Mixing Layer 191-055 Heat Transfer to Arbitrarily Catalytic Subcooled Forced Convection Film Boiling Hypersonic Vehicles 191-067 Elecantd rAdivancce d Space Propulsion Drag and Heat Transfer of a Wedge Three-Dimensional, Upwind, Parabolized Navier-Stokes Code for Chemically Re- Low-Pressure Plasma Spectroscopic Diag- T91-052 acting Flows 91-042 nostics 191-071 Effect of Gravity and Noncondensable Gas Levels on Condensation in Variable Con- Computation of Weakly Ionized Hypersonic Solid Rocket Motors and Missile ductance Heat Pipe T91-008 Flows in Thermochemical Nonequilibrium Systems T91-041 Modification of COMMIX-1B for Simula- Optical Constants of Al,O, Smoke in Pro- Computational Heat Transfer tion of Thermal- and Flowfields in Ultra- pellant Flames 191-022 high Temperature Vapor Core Reactor Vapor Condensation on Liquid Surface Due 791-035 Space Technology to Laminar Jei-Induced Mixing 191-087 Evaluation of an Adaptive Unstructured Separated Flows Aerobraking Configurations/ Remeshing Technique for Integrated Fluid- Aerothermodynamics Thermal-Structural Analysis T91-086 Numerical Solution of Convection-Diffusion Problems in Irregular Domains Mapped Experimental and Predicted Pressure and Finite Element Eigenvalue Method for Solv- onto a Circle 191-014 Heating Distributions for Aeroassist Flight ing Phase-Change Problems 191-085 Experiment Vehicle T91-045 Free Convection in a Square Cavity with a Shock Waves and Detonations Partially Heated Wall and a Cooled Top Space Systems 791-084 Progressive Wave Analysis Describing Wave Effective Thermal Conductivity of Sintered Motions in Radiative Magnetogas- Aeroassist Flight Experiment Heating-Rate Metal Fibers T91-080 dynamics T91-002 Sensitivity Study T91-068 Heat Transfer in Laminar Flow with Wall Recombination-Dominated Nonequilibrium Axial Conduction and External Convec- Subsonic Flow Heat Transfer to Arbitrarily Catalytic tion 791-075 Experimental Study on Confined Two-Phase Hypersonic Vehicles T91-067 Temperature Turbulence Spectrum for Jets T91-056 Spacecraft Thermal Management High-Temperature Radiating Gases 191-072 Unsteady Flows Detailed Model for Transient Liquid Flow in Natural Convective Flow Instability Between Heat Transfer Regimes in Nuclear-Reactor- Heat Pipe Wicks T91-078 Horizontal Concentric Cylinders 191-059 Pumped Gas Lasers 191-047 Numerical Simulation of Time-Dependent Progressive Wave Analysis Describing Wave Structural Mechanics and Materials Heat Transfer in Oscillating Pipe Flow Motions in Radiative Magnetogas- 791-058 dynamics 191-002 Thermal Effects Heterogeneous and Nonisothermal Mixing of a Lateral Jet with a Swirling Crossflow Viscous Non-boundary-Layer Flows Evaluation of an Adaptive Unstructured 791-057 Remeshing Technique for Integrated Numerical Modeling of Heat-Pipe Transients Thermocapillary Convection in a Model Fluid-Thermal-Structural Analysis T91-086 191-054 Float Zone T91-083 Multilayer Thermally Insulating Ceramic Subcooled Forced Convection Film Boiling Numerical Solution of Convection-Diffusion Contacts T91-062 Drag and Heat Transfer of a Wedge Problems in Irregular Domains Mapped 191-052 onto a Circle 791-014 Thermophysics and Heat Transfer Three-Dimensional Spectral Radiative Heat Transfer Solutions by the Discrete-Ordi- Interdisciplinary Topics Ablation, Pyrolysis, Thermal nates Method 191-049 Exchange Factor Model for Radiative Heat Analytical and Numerical Methods Transfer Analysis in Rocket Engines Enthalpy Method for Ablation-Type Moving Heat Transfer to a Power Law Non-New- Boundary Problems 191-034 191-048 tonian Falling Liquid Film 191-065 Adaptive Finite Element Analysis of Hyper- Aerothermodynamics/ Thermal Protection sonic Laminar Flows for Aerothermal Atmospheric and Space Sciences Load Predictions T91-046 Adaptive Finite Element Analysis of Hyper- Enthalpy Method for Ablation-Type Moving Titan Atmospheric Composition by Hyper- sonic Laminar Flows for Aerothermal Boundary Problems 191-034 velocity Shock-Layer Analysis 791-024 Load Predictions T91-046 Hyperbolic Heat-Conduction Problems: Nu- Modeling of Surface Roughness Effects on Model for Oxygen Recombination on Sili- merical Simulations via Explicit Lax- Glaze Ice Accretion 191-007 con-Dioxide Surfaces 91-043 Wendroff-Based Finite Element Formu- Lasers and Laser Applications Computation of Weakly Ionized Hypersonic lations 191-033 Flows in Thermochemical Nonequilibrium Radiation Convection in a Thermally De- Heat Transfer Regimes in Nuclear-Reactor- 191-041 veloping Duct Flow of Noncircular Cross Pumped Gas Lasers 191-047 Nonequilibrium and Equilibrium Shock Section 191-032 Response of Laser Heat Exchangers to Front Radiation Measurements 191-040 Numerical Model for Turbulent Jets Im- Unsteady Spatially Varying Input T91-010 Effect of Nose Bluntness on Flowfield Over pinging on a Surface with Throughflow Gas-Assisted Laser-Metal Drillng: Theoret- Slender Bodies in Hypersonic Flows 191-026 ical Model 191-004 791-025 Hyperbolic Heat Conduction with Convec- Gas-Assisted Laser-Metal Drilling: Exper- Titan Atmospheric Composition by Hyper- tion Boundary Conditions and Pulse Heat- imental Results 191-003 velocity Shock-Layer Analysis T91-024 ing Effects 791-015 OCT.-DEC. 1991 1991 INDEX 633 Calculation of Fully Developed Flow and Numerical Simulation of Time-Dependent Free Convection in a Square Cavity with a Heat Transfer in Streamwise-Periodic Heat Transfer in Oscillating Pipe Flow Partially Heated Wall and a Cooled Top Dimpled Channels T91-011 791-058 791-084 Vapor Condensation at the Free Surface of Heat Transfer Regimes in Nuclear-Reactor- Experimental Verification of Darcy- an Axisymmetric Liquid Mixed by a Pumped Gas Lasers 191-047 Brinkman-Forchheimer Flow Model for Laminar Jet 191-009 Conjugate Mixed Convection-Conduction of Natural Convection in Porous Media Experimental and Numerical Study of Solid- Micropolar Fluids on a Moving Vertical 791-082 ification and Melting of Pure Materials Cylinder 191-037 Novel Passive Thermal Mixer 191-064 T91-005 Thermal Conductance of Two Space Station Natural Convective Flow Instability Between Coid Plate Attachment Techniques Horizontal Concentric Cylinders 191-059 Electronics Cooling 791-036 Conjugate Mixed Convection-Conduction of Hyperbolic Heat-Conduction Problems: Nu- Micropolar Fluids on a Moving Vertical Experimental Study of Natural Convection merical Simulations via Explicit Lax- Cylinder 91-037 in Horizontal Porous Layers with Multiple Wendroff-Based Finite Element Formu- Convection Heat Transfer Due to Protruded Heat Sources T91-092 lations T91-033 Heat Sources in an Enclosure 191-031 Convection Heat Transfer Due to Protruded Hyperbolic Heat Conduction with Convec- Linear Oscillatory Ceilular Thermocapillary Heat Sources in an Enclosure 191-031 tion Boundary Conditions and Pulse Heat- Convection in Liquid Layers 191-013 Convective Heat Transfer with Buoyancy ing Effects 791-015 Experimental and Numerical Study of Solid- Effects from Thermal Sources on a Flat ification and Melting of Pure Materials Plate 191-029 Heat Pipes T91-005 Transient Experimental Investigation of Nonintrusive Diagnostics Forced Convection Micro Heat Pipes 191-079 Heat Transfer to Turbulent Radial Wal7l9 1-J0e8t9s DetHaeialte d PMioped elW icfkors Transient Liquid F7l9o1w-0 7i8n Lown-osPtriecsss ure Plasma Spectroscopic 79D1i-0a7g1- Analysis of Direct Liquid-Solid Contact Heat Numerical Modeling of Heat-Pipe Transients Experimental Study on Confined Two-Phase Transfer in Monodispersed Spray C7o9o1l-i0n8g8 Investigation of the Transient Character7i9s1t-i0c5s4 ExpJeetrsi mental and Analytical Study o1f9 1C-o0n5-6 EHfefaAMetxec ittaaiTlvlr e a nCFsToifhnbeeedrrru smc atilin onLC aomnaidnnudac rt iEvxFittleyor wna olf w itCShio7 n9nt1vWe-ear0cle8-ld0 EffodLefuec vctet al aosnfM c ieocG nrr aoHvC eioatnHtyed aetnPa sinpadPet i ipNoeon n cionn dVeanrsiaabbllee7T 99 11C--oG00na02-s80 GastHa ecat tCeoMdme plotFislnoigwt fiioiennl dsa MRveieaacs tuaMrnagesumsle anSrtp se Ccatvrii77ont99m 1y1e-- tA00rr52y1c3 tion 191-075 Laser Interaction Optical Constants of Al,O, Smoke in Pro- Radiation and Convection in Circular Pipe pellant Flames T91-022 with Uniform Wall Heat Flux 191-074 Heat Transfer to Turbulent Radial Wall Jets Transient Cooling of a Square Region of 791-089 Radiation in Participating Media Radiating Medium 191-073 Gas-Assisted Laser-Metal Drillng: Theoret- Computations for Support Design of Meas- ical Model 191-004 Radiation and Convection in Circular Pipe urements of Radiation from Low Velocity Gas-Assisted Laser-Metal Drilling: Exper- with Uniform Wall Heat Flux 191-074 Shocked Air 91-069 imental Results 91-003 Transient Cooling of a Square Region of Approximate Solution of the Thermal- Radiating Medium 191-073 Entry-Length Fluid Flow and Heat Trans- Melting/ Solidification Temperature Turbulence Spectrum for faetr tChhea raWcatlelrsi stics in Annuli with Bl19o1w-i0n6g6 Thesirbmlae la ndC haLragteinntg Haenadt SDtiosrcahgaer gPiancgk eodf BSeedns- High-Temperature Radiating Gases7 91-072 SubDcroaogl eda ndF oHrecaetd TCroannvsefcetri onof Fai lWme dB7go9e1i -l0i5n2g Finiintge PEhlaesmee-ntC haEniggee nvParluoeb leMmest hod fo9rT 911-S-o00l89v50- ComSuprheuomtceaknettdis o nAsoi fr fRoard iSautpipoonr tf roDme siLgonw ofV e9l1Mo-ec0ai6st9-y Adaptive Finite Element Analysis of Hyper- Enthalpy Method for Ablation-Type Moving Three-Dimensional Spectral Radiative Heat sonic Laminar Flows for Aerothermal Boundary Problems 191-034 Transfer Solutions by the Discrete-Ordi- Load Predictions 191-046 Heat and Fluid Flow Processes During the nates Method 791-049 CRoandSvEPiveeflaecflaetctotciiteptoo iisnnnv ge fCrDoouHnmecv atet Tc htFeilTorornmwa a nlso fifne rSN oaou nrwcTciihetrehscr umloaBanlur lo 17yya99 Ca11r--nFDo00clse32ays2-9t TFhreeTCPSerohoazlmaeciitarkndilmeg-nd aS g lo l oiBCfodeS of dtn o ada ruP oachfBgMta ieoisn Svveapii-rhtnyCey ghr aesnAS lgEuleron fyha acMneaS ctaeetmruireaanlt171tsi999 n111g---0 00f120oo886raf REaxdScTveirehcaalattnoniispgoofienenn r g FCDaAocunntcavotlery c stFiMisloo odnwie nl o ifRn foNocarok necTRtiah rdeicrEaumntlagialivrlne 17ey 99s C11 Hr--eoD00ase34ts2-8 Heat and Fluid Flow Processes During the Experimental and Numerical Study of Solid- Radiation Interchange Between Surfaces Coating of a Moving Surface 191-028 ification and Melting of Pure Materials Jet-Wake Thermal Characteristics of Heated 791-005 Green’s Function Solution to Radiative Heat Turbulent Jets in Crossflow 191-027 Transfer Between Longitudinal Gray Fins Numerical Model for Turbulent Jets Im- Mixed Convection 791-017 pinging on a Surface with Throug1h9f1-l0o2w6 Conjugate Mixed Convection-Conduction of Thermal Control Swirling Flow Effect on Film Cooling Per- Micropolar Fluids on a Moving Vertical Thermal Charging and Discharging of Sen- formance Downstream of a Sudden Ex- Cylinder 191-037 sible and Latent Heat Storage Packed Beds pansion T91-012 791-090 Calculation of Fully Developed Flow and Heat Transfer to Turbulent Radial Wall Jets Heat Transfer in Streamwise-Periodic Convective Heat Transfer with Buoyancy 791-089 Dimpled Channels 791-011 Effects from Thermal Sources on a Flat Transient Experimental Investigation of Response of Laser Heat Exchangers to Plate 791-029 Micro Heat Pipes 791-079 Unsteady Spatially Varying Input T91-010 Mixed Convection About a Cylinder Em- Measurements and Correlation of Two-Phase bedded to a Wedge in Porous Media Pressure Drop Under Microgravity Con- T91-016 ditions 191-076 Heat Conduction Modeling of Surface Roughness Effects on Multilayer Thermally Insulating Ceramic Finite Element Eigenvalue Method for Solv- Glaze Ice Accretion T91-007 Contacts 91-062 ing Phase-Change Problems 191-085 Heat Transfer Enhancement Techniques for Analysis of Thermal Constriction Resistance Natural Convection Space Station Cold Plates 191-061 with Adiabatic Circular Gaps T91-081 Experimental Study of Natural Convection Experimental Study of Enhanced Melting Multilayer Thermally Insulating Ceramic in Horizontal Porous Layers with Multiple Process Under Ultrasonic Influence Contacts 191-062 Heat Sources 191-092 791-050 634 J. THERMOPHYSICS VOL. 5, NO. 4 Laminar Flow and Heat Transfer in a Approximate Solution of the Thermal- an Axisymmetric Liquid Mixed by a Channel with Lateral Injection 191-039 Entry-Length Fluid Flow and Heat Trans- Laminar Jet T91-009 Thermal Conductance of Two Space Station fer Characteristics in Annuli with Blowing Thermochemistry and Chemical Kinetics Cold Plate Attachment Techniques at the Walls T91-066 T91-036 Heat Transfer to a Power Law Non-New- Rate Parameters for Coupled Rotation- Metal Hydride Heat Pumps for Upgrading tonian Falling Liquid Film 191-065 Vibration-Dissociation Phenomena in H, Spacecraft Waste Heat 791-021 Thermodynamic Properties of Adsorbed 791-070 investigation of the Transient Characteristics Water on Silica Gel: Exergy Losses in Aeroassist Flight Experiment Heating-Rate of a Micro Heat Pipe 191-020 Adiabatic Sorption Processes 791-063 Sensitivity Study 191-068 Thermal Conductivity Enhancement of Heat Transfer Enhancement Techniques for Model for Oxygen Recombination on Sili- Solid-Solid Phase-Change Materials for Space Station Cold Plates 191-061 con-Dioxide Surfaces 191-043 Thermal Storage 791-018 Numerical Modeling of Heat-Pipe Transients Computation of Weakly Ionized Hypersonic Green’s Function Solution to Radiative Heat 791-054 Flows in Thermochemical Nonequilibrium Transfer Between Longitudinal Gray Fins Experimental and Analytical Study of Con- 191-041 791-017 tact Melting in a Rectangular Cavity Titan Atmospheric Composition by Hyper- 791-051 velocity Shock-Layer Analysis 191-024 Thermal Modeling and Analysis Three-Dimensional Spectral Radiative Heat Gas Composition Measurements in Arc Heated Flowfields via Mass Spectrometry Thermal Charging and Discharging of Sen- Transfer Solutions by the Discrete-Ordi- 791-023 sible and Latent Heat Storage Packed Beds nates Method 191-049 Effect of Electron Temperature and Impact T91-090 Exchange Factor Modei for Radiative Heat Ionization on Martian Return AOTV Vapor Condensation on Liquid Surface Due Transfer Analysis in Rocket Engines Flowfields 791-001 to Laminar Jet-Induced Mixing 191-087 791-048 Thermophysical Properties Evaluation of an Adaptive Unstructured Thermal Conductance of Two Space Station Remeshing Technique for Integrated Cold Plate Attachment Techniques Practical Expressions for Thermodynamic Fluid-Thermal-Structural Analysis T91-086 T91-036 and Transport Properties of Commonly Thermocapillary Convection in a Model Modification of COMMIX-1B for Simula- Used Fluids 191-077 Float Zone 191-083 tion of Thermal- and Flowfields in Ultra- Thermodynamic Properties of Adsorbed Transient Experimental Investigation of high Temperature Vapor Core Reactor Water on Silica Gel: Exergy Losses in Micro Heat Pipes 191-079 791-035 Adiabatic Sorption Processes 791-063 Heat Transfer in Laminar Flow with Wall Hyperbolic Heat-Conduction Problems: Nu- Heat Transfer Enhancement Techniques for Axial Conduction and External Convec- merical Simulations via Explicit Lax- Space Station Cold Plates 91-061 tion 191-075 Wendroff-Based Finite Element Formu- Experimental and Analytical Study of Con- Radiation and Convection in Circular Pipe lations T91-033 tact Melting in a Rectangular Cavity with Uniform Wall Heat Flux 191-074 Investigation of the Transient Characteristics 791-051 Transient Cooling of a Square Region of of a Micro Heat Pipe T91-020 Optical Constants of Al,O, Smoke in Pro- Radiating Medium 191-073 Green’s Function Solution to Radiative Heat pellant Flames 791-022 Computations for Support Design of Meas- Transfer Between Longitudinal Gray Fins Thermal Conductivity Enhancement of urements of Radiation from Low Velocity 191-017 Solid-Solid Phase-Change Materials for Shocked Air 91-069 Vapor Condensation at the Free Surface of Thermal Storage 791-018 OCT.-DEC. 1991 1991 INDEX Author Index Al-Sharif, M., T91-076 Faghri, A., T91-066 Kumar, A., T91-025 Ramakrishnan, R., T91-046 Albagli, D., T91-056 Faghri, M., T91-014 Kurzweg, U. H., T91-058 Rezaian, A., T91-028 Ambrose, J. H., T91-078 Fant, D. B., T91-059 Kuttler, J. R., 791-034 Rochelle, W. C., T91-068 Anghaie, S., T91-035 Ferziger, J., 791-019 Lai, F. C., T91-092 Rothmayer, A., T91-059 Arimilli, R. V., 791-005 Fiveland, W. A., T91-049 Lawrence, S. L., T91-042 Sadhal, S. S., T91-081 Asaba, M., T91-014 Fletcher, L. S., 791-036, T91-061 Lee, S., T91-030 San, J.-Y., T91-063 Asako, Y., T91-014 Frankel, J. I., 191-017 Levin, D. A., T91-069 Schwenke, D. W., T91-070 Babus’Hagq, R. F., T91-062 Furukawa, M., T91-077 Levy, Y., 791-056 Scott, C. D., 791-068 Beam, J. E., T91-078 Gally, T. A., T91-001 Lin, C., T91-009 Sengupta, S. P., 191-053 Berkowitz, B., T91-007 Gau, C., 791-012 Lin, C. S., 791-087 Seward, W. A., T91-043 Blake, D. J., T91-023 Gibson, C., 791-062 Lin, J. D., 791-074 Sharma, R. R., T91-002 Bouslog, S. A., T91-068 Gillespie, W., T91-040 Lin, T., T91-060 Sharma, S. P., T91-040, T91-070 Bowman, W. J., 791-054 Glass, D. E., T91-015 MacCormack, R. W., T91-041 Sharma, V. D., T91-002 Brewster, M. Q., T91-003, T91-004, Gorla, R. S. R., T91-065 Mantle, W. J., 791-080 Sherif, S. A., T91-027 791-022 Guedes, R. O. C., 791-075 Matsue, T., T91-008 Siegel, R., 791-073 Brum, N. C. L., 791-075 Gunnerson, F. S., 791-052 Micol, J. R., 791-045 Silvestri, J. J., 791-017 Buelow, P. E., T91-042 Guo, K., 791-013 Mills, A. F., 791-021 Singh, D. J., 791-025 Campo, A., T91-032 Gupta, N., T91-002 Moin, P., T91-019 Som, S. K., 791-053 Candler, G. V., T91-041, T91-069 Hammad, K. J., T91-048 Morehouse, J. H., 791-018 Son, C. H., T91-018 Cao, W-Z., T91-006 Han, L. S., 791-089 Mueller, S. R., T91-068 Soufiani, A., T91-072 Carlson, L. A., T91-001 Hansman, R. J., Jr., T91-007 Mujumdar, A. S., 791-026 Sdézen, M., T91-090 Chang, S. S., T91-012 Hasan, M. M., T91-087 Munukutla, S. S., 791-064 Starks, G., T91-036 Chang, W. S., T91-079, T91-080, Heaton, H. S., 791-039 Nakamura, H., 791-014 Tamma, K. K., 791-015, T91-033 791-085 Ho, W., T91-057 Namburzu, R. R., T91-033 Tannehill, J. C., 791-042 Chao, Y., 791-057 Honda, T., T91-038 Nanbu, K., 791-038 Tewari, S. S., 791-029 Chappidi, P. R., 791-052 Hong, J. S., 791-050 Naraghi, M. H. N., T91-048 Thomas, S., T91-066 Chen, C., 791-037 Hsieh, S., 791-060 Neitzel, G. P., T91-083 Thornton, E. A., T91-046 Chen, I., T91-076 Hsu, T., 791-037 Nelson, H. F., 791-024 Ting, P. C., T91-068 Chen, L., T91-031 Huang, J. M., 791-074 O'Callaghan, P. W., T91-062 Tio, K., T91-081 Chen, Z. Q., T91-051 Hunter, L. W., 791-034 Okumura, A., T91-008 Tiwari, S. N., T91-025 Choi, H., T91-021 Hyer, J. R., 791-083 Oosthuizen, P. H., 791-084 Torczynski, J. R., 791-047 Choi, K., T91-088 Idem, S. A., T91-064 Pandey, B. D., T91-002 Vafai, K., T91-090 Choi, K. J., 791-050 levalts, J. O., 791-042 Parang, M., T91-005 van Heiningen, A. R. P., 791-026 Choudhury, D., 791-011 | Igarashi, S., 791-038 Park, C., T91-024 Wallace, D. A., T91-091 Chow, L. C., 791-078, T91-085 Inger, G. R., T91-067 Parry, D. L., T91-022 Wang, Q. J., 791-051 Collins, R. J., T91-069 Ingham, D. B., T91-016 Pasamehmetoglu, K. O., T91-052 Webb, B. W., T91-039 Colovin, J. E., Jr., T91-068 Jafarpur, K., T91-030 Patel, R. S., 791-003, T91-004 Whiting, E. E., 791-024 Cotta, R. M., T91-075 Jaluria, Y., 791-029 Paul, J. T., T91-084 Wieting, A. R., T91-046 Cousins, A. K., T91-010 Jamaluddin, A. S., 791-049 Peterson, G. P., T91-020, T91-036, Willey, R. J., 791-023 Curry, D. M., T91-068 Jankowski, D. F., 791-083 T91-061, T91-079 Wilmoth, R. G., 791-044 Dash, S. K., T91-053 Johnson, D. C., T91-089 Piomelli, U., T91-019 Worek, W. M., T91-063 Deacon, H. J., Jr., T91-091 Jumper, E. J., 791-043 Pitts, D. R., 791-031 Wu, D., T91-020, T91-079 Dechaumphai, P., T91-086 Karki, K. C., T91-011 Pletcher, R. H., 791-027 Yamaguchi, K., T91-007 Delcorio, B., T91-088 Kennedy, I. M., T91-055 Polat, S., 91-026 Yang, G., T91-032 Dong, Z. F., T91-051 Kennedy, L. A., T91-090 Pop, I., T91-016 Yang, W., T91-013 Douglas, W. J. M., 791-026 Keshock, E. G., 791-076 Potapezuk, M., T91-007 Yih, K. A., 791-012 Downing, R., T91-076 Ketkar, S. P., 791-005 Poulikakos, D., T91-006, T91-028 Yovanovich, M. M., T91-030 Ebadian, M. A., T91-032, Keyhani, M., T91-031 Prasad, V., T91-082 Zhang, J. G., T91-035, T91-058 "791-051 Kladias, N., T91-082 Probert, S. D., T91-062 Zheng, W., T91-063 Eddy, T. L., 791-071 Kobayashi, Y., T91-008 Prusa, J., 791-059 Zhong, J., T91-085 Elder, J., T91-067 Kulacki, F. A., 791-092 Railkar, S. B., 791-015 J. THERMOPHYSICS VOL. 5, NO. 4 Chronological Index 191-001 Effect of Electron Temperature and Impact Ionization 191-014 Numerical Solution of Convection-Diffusion Problems on Martian Return AOTV Flowfields. Leland A. Carlson and in Irregular Domains Mapped onto a Circle. Makoto Asaba, Thomas A. Gally, Texas A&M University (5, 1, p. 9) Article Yutaka Asako and Hiroshi Nakamura, Tokyo Metropolitan based on AIAA Paper 89-1729 University, Japan; and Mohammad Faghri, University of Rhode Island (5, 1, p. 103) Article 191-002 Progressive Wave Analysis Describing Wave Motions in Radiative Neelam Gupta, Banaras T91-015 Hyperbolic Heat Conduction with Convection Bound- Hindu University, India; Vishnu D. Sharma, Indian Institute of ary Conditions and Pulse Heating Effects. David E. Glass, Technology; Bishun D. Pandey and Rishi R. Sharma, Ohio Analytical Services & Materials; Kumar K. Tamma and Sudhir State University at Marion (5, 1, p. 21) Article based on AIAA B. Railkar, University of Minnesota (5, 1, p. 110) Article based Paper 89-1917 on AIAA Paper 89-1683 91-003 Gas-Assisted Laser-Metal Drilling: Experimental Re- 191-016 Mixed Convection About a Cylinder Embedded to a sults. R. S. Patel and M. Q. Brewster, University of Illinois at Wedge in Porous Media. D. B. Ingham, University of Leeds, Urbana-Champaign (5, 1, p. 26) Article England, UK; and I. Pop, University of Cluj, Romania (5, 1, p. 117) Technical Note 191-004 Gas-Assisted Laser-Metal Drillng: Theoretical Model. R. S. Patel and M. Q. Brewster, University of Illinois at 191-017 Green’s Function Solution to Radiative Heat Transfer Urbana-Champaign (5, 1, p. 32) Article Between Longitudinal Gray Fins. J. I. Frankel and J. J. Silvestri, Florida Institute of Technology (5, 1, p. 120) Technical 191-005 Experimental and Numerical Study of Solidification Note and Melting of Pure Materials. Satish P. Ketkar, Masood Parang and Rao V. Arimilli, University of Tennessee (5, 1, 791-018 Thermal Conductivity Enhancement of Solid-Solid p. 40) Article Phase-Change Materials for Thermal Storage. C. H. Son and J. H. Morehouse, University of South Carolina (5, 1, p. 122) 191-006 Freezing of a Binary Alloy Saturating a Packed Bed of Technical Note based on AIAA Paper 89-0240 W-Z. Cao and D. Poulikakos, University of Illinois at Chicago (5, 1, p. 46) Article 191-019 Large Eddy Simulation of the Flow in a Transpired Channel. Ugo Piomelli, University of Maryland; Parviz Moin 191-007 Modeling of Surface Roughness Effects on Glaze Ice and Joel Ferziger, Stanford University (5, 1, p. 124) Technical Accretion. R. John Hansman Jr. and Keiko Yamaguchi, Note Massachusetts Institute of Technology; Brian Berkowitz, Sverdrup Technology, Inc.; and Mark Potapczuk, NASA Lewis 91-020 Investigation of the Transient Characteristics of a Research Center (5, 1, p. 54) Article based on AIAA Paper Micro Heat Pipe. D. Wu and G. P. Peterson, Texas A&M 89-0734 University (5, 2, p. 129) Article based on AIAA Paper 90-0060 791-008 Effect of Gravity and Noncondensable Gas Levels on T91-021 Metal Hydride Heat Pumps for Upgrading Spacecraft Condensation in Variable Conductance Heat Pipe. Yasunori Waste Heat. Hae-Jin Choi and Anthony F. Mills, University of Kobayashi, Akira Okumura and Toshihisa Matsue, Institute of California, Los Angeles (5, 2, p. 135) Article Engineering Mechanics, University of Tsukuba, Japan (5, 1, p.61) Article based on AIAA Paper 89-1747 191-022 Optical Constants of Al,O, Smoke in Propellant Flames. David L. Parry and M. Quinn Brewster, University of 191-009 Vapor Condensation at the Free Surface of an Illinois at Urbana-Champaign (5, 2, p. 142) Article Axisymmetric Liquid Mixed by a Laminar Jet. Chin-Shun Lin, Analex Corporation, NASA Lewis Research Center (5, 1, p. 69) T91-023 Gas Composition Measurements in Arc Heated Flow- Article fields via Mass Spectrometry. Ronald J. Willey and David J. Blake, Northeastern University (5, 2, p: 150) Article 791-010 Response of Laser Heat Exchangers to Unsteady Spatially Varying Input. A. K. Cousins, Spectra Technology, Inc. (5, 1, p. 76) Article 191-024 Titan Atmospheric Composition by Hypervelocity Shock-Layer Analysis. H. F. Nelson, University of Missouri 91-011 Calculation of Fully Developed Flow and Heat Transfer —Rolla; Chul Park, NASA Ames Research Center; and Ellis E. in Streamwise-Periodic Dimpled Channels. Dipankar Whiting, Eloret Institute (5, 2, p. 157) Article based on AIAA Choudhury, Creare Inc.; and Kailash C. Karki, University of Paper 89-1770 Minnesota (5, 1, p.81) Article 191-025 Effect of Nose Bluntness on Flowfield Over Slender 191-012 Swirling Flow Effect on Film Cooling Performance Bodies in Hypersonic Flows. D. J. Singh, Old Dominion Downstream of a Sudden Expansion. C. Gau, K. A. Yih and S. University; A.K umar, NASA Langley Research Center; and S. S. Chang, National Cheng Kung University, Taiwan, ROC (5, 1, N. Tiwari, Old Dominion University (5, 2, p. 166) Article based p. 89) Article on AIAA Paper 89-0270 791-013 Linear Oscillatory Cellular Convec- 791-026 Numerical Model for Turbulent Jets Impinging on a tion in Liquid Layers. Kai-Hua Guo, Chinese Academy of Surface with Throughflow. S. Polat, A. S. Mujumdar, A. R. P. Sciences, PRC; and Wen-Jei Yang, University of Michigan (5, van Heiningen and W. J. M. Douglas, McGill University, 1, p. 96) Article Canada (5, 2, p. 172) Article OCT.-DEC. 1991 1991 INDEX 637 191-027 Jet-Wake Thermal Characteristics of Heated Turbulent 191-042 Three-Dimensional, Upwind, Parabolized Navier- Jets in Crossflow. S. A. Sherif, University of Miami; and R. H. Stokes Code for Chemically Reacting Flows. Philip E. Buelow, Pletcher, Jowa State University (5, 2, p. 181) Article based on John C. Tannehill and John O. Ievalts, Engineering Analysis, AIAA Paper 88-3725 CP888 Inc.; and Scott L. Lawrence, NASA Ames Research Center (5, 3, p. 274) Article based on AIAA Paper 90-0394 791-028 Heat and Fluid Flow Processes During the Coating of a Moving Surface. A. Rezaian and D. Poulikakos, University of T91-043 Model for Oxygen Recombination on Silicon-Dioxide Illinois at Chicago (5, 2, p. 192) Article Surfaces. W. A. Seward, Air Force Institute of Technology, Wright-Patterson AFB; and E. J. Jumper, University of Notre 191-029 Convective Heat Transfer with Buoyancy Effects from Dame (5, 3, p. 284) Article based on AIAA Paper 90-0054 Thermal Sources on a Flat Plate. S. S. Tewari and Y. Jaluria, Rutgers—The State University of New Jersey (5, 2, p. 199) 91-044 Direct Simulation Monte Carlo Analysis of Rarefied Article Flows on Parallel Processors. Richard G. Wilmoth, NASA Langley Research Center (5, 3, p. 292) Article based on AIAA 791-030 Effects of Geometry and Orientation on Laminar Paper 89-1666 Natural Convection from Isothermal Bodies. S. Lee, M. M. Yovanovich and K. Jafarpur, University of Waterloo, Canada 791-045 Experimental and Predicted Pressure and Heating (5, 2, p. 208) Article based on AIAA Paper 89-1662 Distributions for Aeroassist Flight Experiment Vehicle. John R. Micol, NASA Langley Research Center (5, 3, p.301) Article 791-031 Convection Heat Transfer Due to Protruded Heat based on AIAA Paper 89-1731 Sources in an Enclosure. L. Chen, Chongqing University, PRC; 191-645 Adaptive Finite Element Analysis of Hypersonic M. Keyhani and D. R. Pitts, University of Tennessee-Knoxville Laminar Flows for Aerothermal Load Predictions. R. (5, 2, p.217) Article Ramakrishnan, Old Dominion University; E. A. Thornton, University of Virginia; and A. R. Wieting, NASA Langley 791-032 Radiation Convection in a Thermally Developing Duct Research Center (5, 3, p. 308) Article Flow of Noncircular Cross Section. G. Yang, M. A. Ebadian and A. Campo, Florida International University (5, 2, p. 224) 791-047 Heat Transfer Regimes in Nuclear-Reactor- Article Gas Lasers. J. R. Torczynski, Sandia National Laboratories (5, 191-033 Hyperbolic Heat-Conduction Problems: Numerical 3, p. 318) Article Simulations via Explicit Lax-Wendroff-Based Finite Element 791-048 Exchange Factor Model for Radiative Heat Transfer Formulations. Kumar K. Tamma and Raju R. Namburu, Analysis in Rocket Engines. K. J. Hammad and M. H. N. Institute of Technology, University of Minnesota (5, 2, p. 232) Naraghi, Manhattan College (5, 3, p.327) Article Article based on AIAA Paper 89-1686 191-049 Three-Dimensional Spectral Radiative Heat Transfer 791-034 Enthalpy Method for Ablation-Type Moving Boundary Solutions by the Discrete-Ordinates Method. W. A. Fiveland Problems. Lawrence W. Hunter and James R. Kuttler, The and A. S. Jamaluddin, Babcock & Wilcox Company (5, 3, Johns Hopkins University (5, 2, p. 240) Technical Note p. 335) Article 191-035 Modification of COMMIX-1B for Simulation of T91-050 Experimental Study of Enhanced Melting Process Thermal- and Flowfields in Ultrahigh Temperature Vapor Core Under Ultrasonic Influence. K. J. Choi and J. S. Hong, Reactor. James G. Zhang and Samim Anghaie, University of University of Illinois at Chicago (5, 3, p. 340) Article Florida (5, 2, p. 242) Technical Note based on AIAA Paper 89-1990 CP895 791-051 Experimental and Analytical Study of Contact Melting in a Rectangular Cavity. Z. F. Dong, Z. Q. Chen and Q. J. 191-036 Thermal Conductofa Twno cSpeac e StatCoildo Pnlat e Wang, Xi’an Jiaotong University, PRC; and M. A. Ebadian, Attachment Techniques. G. P. Peterson, G. Starks and L. S. Florida International University (5, 3, p. 347) Articie Fletcher, Texas A&M University (5, 2, p. 246) Technical Note based on AIAA Paper 89-1703 191-052 Subcooled Forced Convection Film Boiling Drag and Heat Transfer of a Wedge. P. R. Chappidi, Los Alamos 191-037 Conjugate Mixed Convection-Conduction of Micro- National Laboratory; F. S. Gunnerson, University of Central Fluids on a Moving Vertical Cylinder. Cha’o-Kuang Florida; and K. O. Pasamehmetoglu, Los Alamos National Chen and Tsan-Hui Hsu, National Cheng Kung University, Laboratory (5, 3, p. 355) Article based on AIAA Paper 90-1724 Taiwan, ROC (5, 2, p. 248) echnical Note 191-053 Transport Processes and Associated Irreversibilities in 191-038 Probability of Inelastic Collisions for the Larsen- Droplet Evaporation. S. K. Dash, S. P. Sengupta and S. K. Borgnakke Model to the Monte Carlo Simulation Method. K. Som, Indian Institute of Technology (5, 3, p.366) Article Nanbu, T. Honda and S. Igarashi, Tohoku University, Japan (5, 2, p. 251) Technical Note 191-054 Numerical Modeling of Heat-Pipe Transients. W. Jerry Bowman, U.S. Air Force Academy (5, 3, p. 374) Article based 191-039 Laminar Flow and Heat Transfer in a Channel with on AIAA Paper 90-0061 Lateral Injection. B. W. Webb and H. S. Heaton, Brigham Young University (5, 2, p. 253) Technical Note 191-055 Condensation in a Mixing Layer. Ian M. Kennedy, University of California, Davis (5, 3, p. 380) Article 191-040 Nonequilibrium and Equilibrium Shock Front Radia- 91-056 Experimental Study on Confined Two-Phase Jets. D. tion Measurements. Surendra P. Sharma, NASA Ames Albagli and Y. Levy, Technion—lIsrael Institute of Technology Research Center; and Walter Gillespie, Stanford University (5, (5, 3, p. 387) Article 3, p. 257) Article based on AIAA Paper 90-0139 191-057 Heterogeneous and Nonisothermal Mixing of a Lateral 191-041 Computation of Weakly Ionized H Flows in Jet with a Swirling Crossflow. Yei-Chin Chao, National Cheng Thermochemical Nonequilibrium. Graham V. Candler, North Kung University, Taiwan, ROC; and Wu-Chi Ho, Industrial Carolina State University; and Robert W. MacCormack, Technology Research Institute, Taiwan, ROC (5, 3, p. 394) Stanford University (5, 3, p. 266) Article based on AIAA Paper Article based on AIAA Paper 88-3190 638 J. THERMOPHYSICS VOL. 5, NO. 4 791-058 Numerical Simulation of Time-Dependent Heat Trans- 191-072 Temperature Turbulence Spectrum for High-Temper- fer in Oscillating Pipe Flow. J. G. Zhang and U. H. Kurzweg, ature Radiating Gases. A. Soufiani, Ecole Centrale Paris, University of Florida (5, 3, p.401) Article based on AIAA France (5, 4, p. 489) Article Paper 90-1774 791-073 Transient Cooling of a Square Region of Radiating 191-059 Natural Convective Flow Instability Between Hori- Medium. Robert Siegel, NASA Lewis Research Center (5, 4, zontal Concentric Cylinders. D. B. Fant, U.S. Air Force Office p. 495) Article of Scientific Research; A. Rothmayer and J. Prusa, Jowa State University (5, 3, p. 407) Article 191-074 Radiation and Convection in Circular Pipe with Uniform Wall Heat Flux. J. M. Huang and J. D. Lin, National 191-060 Mixed Convection of Opposing/Assisting Flows in Chiao Tung University, Taiwan, ROC (5, 4, p. 502) Article Vertical Channels with Discrete Asymmetrically Heated Ribs. Tsang-Yuan Lin and Shou-Shing Hsieh, National Sun Yat-Sen 791-075 Heat Transfer in Laminar Flow with Wall Axial University, Taiwan, ROC (5, 3, p. 415) Article Conduction and External Convection. R. O. C. Guedes, R. M. Cotta and N. C. L. Brum, Universidade Federal do Rio de 191-061 Heat Transfer Enhancement Techniques for Space Janeiro, Brazil (5, 4, p. 508) Article Station Cold Plates. G. P. Peterson and L. S. Fletcher, Texas A&M University (5, 3, p. 423) Article 191-076 Measurements and Correlation of Two-Phase Pressure Drop Under Microgravity Conditions. 1. Chen and R. Down- 191-062 Multilayer Thermally Insulating Ceramic Contacts. R. ing, Sundstrand Corporation; E.G. Keshock and M. Al-Sharif, F. Babus’Haq, C. Gibson, P. W. O’Callaghan and S. D. University of Tennessee (5, 4, p.514) Article based on AIAA Probert, Cranfield Institute of Technology, England, UK (5, 3, Paper 89-0074 p. 429) Article based on AIAA Paper 89-0430 91-077 Practical Expressions for Thermodynamic and Trans- 791-063 Thermodynamic Properties of Adsorbed Water on port Properties of Commonly Used Fluids. Masao Furukawa, Silica Gel: Exergy Losses in Adiabatic Sorption Processes. W. National Space Development Agency, Japan (5, 4, p.524) M. Worek and W. Zheng, University of Illinois at Chicago; and Article J.-Y. San, National Chung-Hsing University, Taiwan, ROC (5, 3, p. 435) Article 191-078 Detailed Model for Transient Liquid Flow in Heat Pipe Wicks. J. H. Ambrose and L. C. Chow, University of Kentucky; 191-064 Novel Passive Thermal Mixer. Steven A. Idem, TJen- and J. E. Beam, Wright Research and Development Center, nessee Technological University; and Sastry S. Munukutla, Wright-Patterson AFB (5, 4, p. 532) Article based on AIAA Tennessee Technological University (5, 3, p. 441) Technical Note Paper 90-0062 based on AIAA Paper 90-1789 7191-079 Transient Experimental Investigation of Micro Heat 191-065 Heat Transfer to a Power Law Non-Newtonian Falling Pipes. D. Wu and G. P. Peterson, Texas A&M University; and Liquid Film. Rama Subba Reddy Gorla, Cleveland State W. S. Chang, Wright Research and Development Center, University (5, 3, p. 444) Technical Note Wright-Patterson AFB (5, 4, p. 539) Article based on AIAA Paper 90-1791 191-066 Approximate Solution of the Thermal-Entry-Length Fluid Flow and Heat Transfer Characteristics in Annuli with T91-080 Effective Thermal Conductivity of Sintered Metal Blowing at the Walls. A. Faghri and S. Thomas, Wright State Fibers. W. Joseph Mantle and Won Soon Chang, Wright University (5, 3, p. 446) Technical Note Laboratory, Wright-Patterson AFB (5, 4, p.545) Article 191-067 Recombination-Dominated Nonequilibrium Heat Trans- 791-081 Analysis of Thermal Constriction Resistance with fer to Arbitrarily Catalytic Hypersonic Vehicles. G. R. Inger and Adiabatic Circular Gaps. Kek-Kiong Tio and Satwindar S. J. Elder, Jowa State University (5, 4, p. 449) Article based on Sadhal, University of Southern California (5, 4, p. 550) Article AIAA Paper 88-1859 791-082 Experimental Verification of Darcy-Brinkman- Forchheimer Flow Model for Natural Convection in Porous 191-068 Aeroassist Flight Experiment Heating-Rate Sensitivity Media. N. Kladias and V. Prasad, Columbia University (5, 4, Study. W. C. Rochelle, P. C. Ting, S. A. Bouslog, S. R. p. 560) Article Mueller and J. E. Colovin Jr., Lockheed Engineering & Sciences Company; D. M. Curry and C. D. Scott, NASA 191-083 Thermocapillary Convection in a Model Float Zone. J. Johnson Space Center (5, 4, p.456) Article based on AIAA R. Hyer, D. F. Jankowski and G. P. Neitzel, Arizona State Paper 89-1733 University (5, 4, p. 577) Article based on AIAA Paper 90-0406 191-069 Computations for Support Design of Measurements of 191-084 Free Convection in a Square Cavity with a Partially Radiation from Low Velocity Shocked Air. D. A. Levin, Heated Wall and a Cooled Top. P. H. Oosthuizen and J. T. Institute for Defense Analyses; Collins, R. J., University of Min- Paul, Queen’s University, Canada (5, 4, p. 583) Article based on nesota; and G. V. Candler, North Carolina State University AIAA Paper 90-1722 (5, 4, p. 463) Article 191-085 Finite Element Eigenvalue Method for Solving Phase- 191-070 Rate Parameters for Coupled Rotation-Vibration- Change Problems. Jiakang Zhong, Zhejiang University, PRC; Dissociation Phenomena in H,. Surendra P. Sharma and David Louis C. Chow, University of Kentucky; and Won Soon Chang, W. Schwenke, NASA Ames Research Center (5, 4, p. 469) Wright Laboratory, Wright-Patterson AFB (5, 4, p. 589) Article Article based on AIAA Paper 89-1738 based on AIAA Paper 90-0544 791-086 Evaluation of an Adaptive Unstructured Remeshing 191-071 Low-Pressure Plasma Spectroscopic Diagnostics. T. L. Technique for Integrated Fluid-Thermal-Structural Analysis. Eddy, Georgia Institute of Technology (5, 4, p.481) Article Pramote Dechaumphai, NASA Langley Research Center (5, 4, based on AIAA Paper 89-2830 p. 599) Article based on AIAA Paper 90-0556 OCT.-DEC. 1991 1991 INDEX 639 191-087 Vapor Condensation on Liquid Surface Due to Laminar 191-090 Thermal Charging and of Sensible and Jet-Induced Mixing. C. S. Lin, Analex Corporation, NASA Latent Heat Storage Packed Beds. Mehmet Sézen, Kambiz Lewis Research Center; and M. M. Hasan, NASA Lewis Vafai and Lawrence A. Kennedy, Ohio State University (5, 4, Research Center (5, 4, p. 607) Article based on AIAA Paper p. 623) Technical Note 90-0354 791-091 Convective Heat Transfer Across a Duct with Asym- 7191-088 Analysis of Direct Liquid-Solid Contact Heat Transfer metric Blowing. H. J. Deacon Jr. and D. A. Wallace, The in Monodispersed Spray Cooling. Brian Delcorio and Kyung- Aerospace Corporation (5, 4, p.625) Technical Note Jin Choi, University of Illinois at Chicago (5, 4, p. 613) Article 791-089 Heat Transfer to Turbulent Radial Wall Jets. David C. 191-092 Experimental Study of Natural Convection in Hori- Johnson, Massachusetts Institute of Technology; and Lit S. zontal Porous Layers with Multiple Heat Sources. F. C. Lai Han, Lockheed Missiles and Space Company (5, 4, p. 621) and F. A. Kulacki, Colorado State University (5, 4, p. 627) Technical Note Technical Note based on AIAA Paper 90-0257

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