Journal of Thermophysics and Heat Transfer 1994: Vol 8 Index

13 Pages·1994·4.8 MB·English

JOURNAL OF THERMOPHYSICS AND HEAT TRANSFER
Vol. 8, No. 4, Oct.—Dec. 1994
1994 Journal of Thermophysics and Heat Transfer Index
How to Use the Index
In the Subject Index, pages 814-818, 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 819, lists all authors associated with a given technical paper. The locating numbers are identical to those in
the Subject Index.The Chronological Index, pages 820-824, 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 meetings 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 1993, that paper also will appear in both the Subject and Chronological
Indexes. Authors of Comments also are listed in the Author Index.
Subject Index
Energy Reference Temperature Method and Reynolds Comparisons Between Monte Carlo Methods and
Analogy for Chemically Reacting Nonequilib- Navier-Stokes Equations for Re-Entry Flows
Conservation rium Flowfields T94-027 T94-036
Effect of Torsion on Heat Transfer in the Curved Pressure-Based Computational Method for Com-
Transient Conductive, Radiative Heat Transfer Annular Sector Duct 194-086 pressible and Incompressible Flows 194-038
Coupled with Moisture Transport in Attic In- Simulation of Heat and Momentum Transfer in Cooled Pitot Tube in Plasma Jet: an Impact-Pres-
sulations 794-015 Complex Microgeometries 194-099 sure Recovery Model T94-059
Finite Element Analysis of Low-Speed Com- Measurements of Ultraviolet Radiation from a 5-
Magnetohydrodynamic Power Generation pressible Flows Within Convectively Cooled km/s Bow Shock 194-067
Structures 194-103 Examination of Theory for Bow Shock Ultravio-
Measurements of Temperature and Seed Atom Adaptive Remeshing for Convective Heat Trans- let Rocket Experiments—I 194-068
Density in High-Speed MHD Flows 194-072 fer with Variable Fluid Properties 194-104 Examination of Theory for Bow Shock Ultravio-
let Rocket Experiments—II T94-069
Rotating Machinery Boundary Layers and Heat Transfer— Analysis of the Argon Additive Influence on a Ni-
Turbulent trogen Arcjet Flow 194-071
Analysis of Natural Convection in a Rotating
Use of the Second Law for Artificial Dissipation
Open Loop 194-011 Influence of Injectant Mach Number and Tem- in Compressible Flow Discrete Analysis
Heating Effects on Laminar Flow Through a Ro- perature on Supersonic Film Cooling T94-006 T94-076
tating Square Channel 194-042 Nonisothermal Turbulent Boundary-Layer Ad- Numerical and Experimental Study of Three-Di-
Nonlinear Dynamics of Laminar Boundary Lay- verse Pressure Gradient Large Scale Thermal mensional Liquid Sloshing Flows 194-077
ers in Pulsatile Stagnation Flows 194-078 Structure Measurements T94-007 Hot-Gas-Side and Coolant-Side Heat Transfer in
Experimental Modeling of Central Axis and Jet- Conjugate Conduction-Convection Heat Trans- Liquid Rocket Engine Combustors 194-079
Ring Turbine Disk Cooling 194-080 fer with a High-Speed Boundary Layer Analysis of Forced Convection Enhancement in a
- T94-039 Channel Using Porous Blocks 794-084
Solar Power Time-Resolved Surface Heat Flux Measure- Simulation of Heat and Momentum Transfer in
ments in the Wing/Body Junction Vortex Complex Microgeometries T94-099
Void Profiles in Unidirectional Solidification: T94-100 Flow Resolution and Domain of Influence in Rar-
The Role of Capillary Forces and Gravity Film Cooling Effectiveness in a Particle-Laden efied Hypersonic Blunt-Body Flows 194-113
T94-090 Flow T94-108
Hydrodynamics
Fluid Dynamics Computational Fluid Dynamics
Void Profiles in Unidirectional Solidification:
Boundary Layers and Heat Transfer—Laminar Numerical Study of the Effects of Wall Catalysis The Role of Capillary Forces and Gravity
on Shock Wave/Boundary-Layer Interaction T94-090
Mixed Convection Along an Isothermal Vertical T94-004
Cylinder in Porous Media T94-010 Space Transportation System Launch Pad Sum- Hypersonic Flow
Nonsimilar Free Convection Boundary Layer in mer Environmental Effects T94-008
Non-Newtonian Fluid-Saturated Porous Me- Modeling a Horizontal Heat-Flux Cylinder as a Review of Chemical-Kinetic Problems of Future
dia T94-012 Line Source 194-009 NASA Missions, II: Mars Entries T94-001
814
JOURNAL OF THERMOPHYSICS AND HEAT TRANSFER
Vol. 8, No. 4, Oct.—Dec. 1994
1994 Journal of Thermophysics and Heat Transfer Index
How to Use the Index
In the Subject Index, pages 814-818, 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 819, lists all authors associated with a given technical paper. The locating numbers are identical to those in
the Subject Index.The Chronological Index, pages 820-824, 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 meetings 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 1993, that paper also will appear in both the Subject and Chronological
Indexes. Authors of Comments also are listed in the Author Index.
Subject Index
Energy Reference Temperature Method and Reynolds Comparisons Between Monte Carlo Methods and
Analogy for Chemically Reacting Nonequilib- Navier-Stokes Equations for Re-Entry Flows
Conservation rium Flowfields T94-027 T94-036
Effect of Torsion on Heat Transfer in the Curved Pressure-Based Computational Method for Com-
Transient Conductive, Radiative Heat Transfer Annular Sector Duct 194-086 pressible and Incompressible Flows 194-038
Coupled with Moisture Transport in Attic In- Simulation of Heat and Momentum Transfer in Cooled Pitot Tube in Plasma Jet: an Impact-Pres-
sulations 794-015 Complex Microgeometries 194-099 sure Recovery Model T94-059
Finite Element Analysis of Low-Speed Com- Measurements of Ultraviolet Radiation from a 5-
Magnetohydrodynamic Power Generation pressible Flows Within Convectively Cooled km/s Bow Shock 194-067
Structures 194-103 Examination of Theory for Bow Shock Ultravio-
Measurements of Temperature and Seed Atom Adaptive Remeshing for Convective Heat Trans- let Rocket Experiments—I 194-068
Density in High-Speed MHD Flows 194-072 fer with Variable Fluid Properties 194-104 Examination of Theory for Bow Shock Ultravio-
let Rocket Experiments—II T94-069
Rotating Machinery Boundary Layers and Heat Transfer— Analysis of the Argon Additive Influence on a Ni-
Turbulent trogen Arcjet Flow 194-071
Analysis of Natural Convection in a Rotating
Use of the Second Law for Artificial Dissipation
Open Loop 194-011 Influence of Injectant Mach Number and Tem- in Compressible Flow Discrete Analysis
Heating Effects on Laminar Flow Through a Ro- perature on Supersonic Film Cooling T94-006 T94-076
tating Square Channel 194-042 Nonisothermal Turbulent Boundary-Layer Ad- Numerical and Experimental Study of Three-Di-
Nonlinear Dynamics of Laminar Boundary Lay- verse Pressure Gradient Large Scale Thermal mensional Liquid Sloshing Flows 194-077
ers in Pulsatile Stagnation Flows 194-078 Structure Measurements T94-007 Hot-Gas-Side and Coolant-Side Heat Transfer in
Experimental Modeling of Central Axis and Jet- Conjugate Conduction-Convection Heat Trans- Liquid Rocket Engine Combustors 194-079
Ring Turbine Disk Cooling 194-080 fer with a High-Speed Boundary Layer Analysis of Forced Convection Enhancement in a
- T94-039 Channel Using Porous Blocks 794-084
Solar Power Time-Resolved Surface Heat Flux Measure- Simulation of Heat and Momentum Transfer in
ments in the Wing/Body Junction Vortex Complex Microgeometries T94-099
Void Profiles in Unidirectional Solidification: T94-100 Flow Resolution and Domain of Influence in Rar-
The Role of Capillary Forces and Gravity Film Cooling Effectiveness in a Particle-Laden efied Hypersonic Blunt-Body Flows 194-113
T94-090 Flow T94-108
Hydrodynamics
Fluid Dynamics Computational Fluid Dynamics
Void Profiles in Unidirectional Solidification:
Boundary Layers and Heat Transfer—Laminar Numerical Study of the Effects of Wall Catalysis The Role of Capillary Forces and Gravity
on Shock Wave/Boundary-Layer Interaction T94-090
Mixed Convection Along an Isothermal Vertical T94-004
Cylinder in Porous Media T94-010 Space Transportation System Launch Pad Sum- Hypersonic Flow
Nonsimilar Free Convection Boundary Layer in mer Environmental Effects T94-008
Non-Newtonian Fluid-Saturated Porous Me- Modeling a Horizontal Heat-Flux Cylinder as a Review of Chemical-Kinetic Problems of Future
dia T94-012 Line Source 194-009 NASA Missions, II: Mars Entries T94-001
814
J. THERMOPHYSICS, VOL. 8, NO. 4: 1994 INDEX
Numerical Study of the Effects of Wall Catalysis Reacting Flows and Combustion Axisymmetric Geometries
on Shock Wave/Boundary-Layer Interaction
T94-004 Comparisons Between Monte Carlo Methods and Atmospheric and Space Sciences
Reference Temperature Method and Reynolds Navier-Stokes Equations for Re-Entry Flows
Analogy for Chemically Reacting Nonequilib- T94-036 Feasibility of Determining Haze Properties Dur-
rium Flowfields 194-027 Monte Carlo Simulation of Radiating Re-Entry ing High-Speed Titan Entry 194-074
Comparisons Between Monte Carlo Methods and Flows T94-073
Navier-Stokes Equations for Re-Entry Flows Lasers and Laser Applications
T94-036 Separated Flows
Combustion Shock Tunnel and Interface Com- Measurement of Extinction Coefficients of La-
pression to Increase Reservoir Pressure and Analysis of Forced Convection Enhancement in ser-Produced Aluminum Plumes T94-032
Enthalpy 194-037 a Channel Using Porous Blocks 194-084
Measurements of Ultraviolet Radiation from a 5- Time-Resolved Surface Heat Flux Measure- Research Facilities and Instrumentation
km/s Bow Shock 194-067 ments in the Wing/Body Junction Vortex
Examination of Theory for Bow Shock Ultravio- T94-100 Experimental Investigation of a Nitrogen High-
Enthalpy Flow 794-005
let Rocket Experiments—I 194-068
Shock Waves and Detonations
Monte Carlo Simulation of Radiating Re-Entry
Flows 194-073 Launch Vehicle and Missile (LV/M)
Viscous Shock-Layer Analysis of Two-Dimen- Combustion Shock Tunnel and Interface Com- Technology
pression to Increase Reservoir Pressure and
sional and Axisymmetric Flows 194-075
Flow Resolution and Domain of Influence in Enthalpy 194-037 Aerodynamics
Rarefied Hypersonic Blunt-Body FlowsT 94-113 Supersonic Flow Measurements of Ultraviolet Radiation from a 5-
Direct Simulation of Diatomic Gases Using the Influence of Injectant Mach Number and Tem- km/s Bow Shock 194-067
TheGremneorcahleimziecda lH ard SNpohneerqeu ilMiobdreilu m 1V9i4s-c1o1u4s Compberuasttuiroe n on ShSoucpke rsTounnince lF ilamn d CoIonltienrfga ceT 94C-o0m0-6 Propulsion and Propellant Systems
Shock-Layer Analysis for a Mars Aerocapture pression to Increase Reservoir Pressure and Thermophysical Properties of Cyclotrimethylen-
Vehicle T94-116 Enthalpy 194-037 etrinitramine 194-123
Pressure-Based Computational Method for Com-
Inlet, Nozzle, Diffuser, and Channel Flows pressible and Incompressible Flows 194-038 Testing, Flight and Ground
Use of the Second Law for Artificial Dissipation
Power-Law Fluid Flow in Heated Vertical Ducts
in Compressible Flow Discrete Analysis Measurement and Analysis of Nitric Oxide Radi-
T94-044
T94-076 ation in an Arcjet Flow 794-111
Fluid Flow and Heat Transfer of an Extended
Slot Jet Impingement 194-081 Unsteady Flows Thermal Protection Systems
Jets, Wakes, and Viscid-Inviscid Flow Analysis of Natural Convection in a Rotating Review of Numerical Procedures for Computa-
Interactions Open Loop 194-011 tional Surface Thermochemistry 794-002
Numerical and Experimental Study of Three-Di- Rocket Plume Base Heating Methodology
Numerical Study of Turbulent Offset Jets with
Entrainment Boundary 194-024 mensional Liquid Sloshing Flows 194-077 T94-031
Nonlinear Dynamics of Laminar Boundary Lay-
Prediction of Radiative Transfer from Potential
Core of a Hot Jet 194-053 ers in Pulsatile Stagnation Flows T94-078 Propulsion
Unsteady Heat Transfer from a Thick Hot-Film
Nonlinear Dynamics of Laminar Boundary Lay-
ers in Pulsatile Stagnation Flows 194-078 Sensor 194-120 Airbreathing Propulsion
Multiphase Flows Viscous Non-Boundary-Layer Flows Effects of Turbulator Profile and Spacing on
Heat Transfer and Friction in a Channel
Modeling a Horizontal Heat-Flux Cylinder as a
Combined Forced-Convection and Correlated- T94-083
Line Source 194-009
Radiation Heat Transfer in Cylindrical Packed Augmented Heat Transfer in Triangular Ducts
Cooled Pitot Tube in Plasma Jet: an Impact-Pres-
Beds 194-014 with Full and Partial Ribbed Walls 194-085
sure Recovery Model 194-059
Entrained Sprays from Meshed-Interface Occur-
Viscous Shock-Layer Analysis of Two-Dimen-
ring in a Heat Pipe 194-025 Combustion and Combustor Systems
sional and Axisymmetric Flows 194-075
Heat Transfer in Two-Phase Flow Through a Cir-
cular Tube at Reduced Gravity 194-106 Analysis of Forced Convection Enhancement in Hot-Gas-Side and Coolant-Side Heat Transfer in
Film Cooling Effectiveness in a Particle-Laden a Channel Using Porous Blocks 194-084 Liquid Rocket Engine Combustors 194-079
Entrained Sprays from Meshed-Interface Occur-
Flow T94-108
ring in a Heat Pipe 794-025 Fuels and Propellants, Properties of
Numerical and Experimental Study of Three-Di-
Plasmadynamics and MHD
mensional Liquid Sloshing Flows 194-077 Rotational Relaxation of Molecular Hydrogen at
Cooled Pitot Tube in Plasma Jet: an Impact-Pres- Moderate Temperatures 194-003
sure Recovery Model 194-059 Guidance, Control, and Dynamics Errors in JANAF Thermodynamic Formation
Analysis of the Argon Additive Influence on a Technology Functions for Acetylene 794-023
Nitrogen Arcjet Flow 194-071 Measurement of Diffusion in Fluid Systems: Ap-
Measurements of Temperature and Seed Atom Control Theory plications to the Supercritical Fluid Region
Density in High-Speed MHD Flows 194-072 T94-047
Complete Radiative Terms for the Electron/Elec- Proportional-Integral-Derivative-Controlled Nu-
tronic Energy Equation 194-118 merical Model for the Programmable Multi- Liquid Rocket Motors and Missile Systems
zone Furnace 794-102
Rarefied Flows Experimental Modeling of Central Axis and Jet-
Interdisciplinary Topics Ring Turbine Disk Cooling 794-080
Monte Carlo Simulation of Radiating Re-Entry
Flows 194-073 Analytical and Numerical Methods Space Technology
Simulation of Heat and Momentum Transfer in
Complex Microgeometries T94-099 Hot-Gas-Side and Coolant-Side Heat Transfer in Aerobreaking Configurations/
Flow Resolution and Domain of Influence in Liquid Rocket Engine Combustors 194-079 Aerothermodynamics
Rarefied Hypersonic Blunt-Body Flows Effect of Torsion on Heat Transfer in the Curved
T94-113 Annular Sector Duct T94-086 Review of Chemical-Kinetic Problems of Future
Direct Simulation of Diatomic Gases Using the Radiation Transport Calculation in High En- NASA Missions, II: Mars Entries T94-001
Generalized Hard Sphere Model 194-114 thalpy Environments for Two-Dimensional Examination of Theory for Bow Shock Ultravio-
816 J. THERMOPHYSICS, VOL. 8, NO. 4: 1994 INDEX
let Rocket Experiments—I 194-068 Heating in an Arc Heater Cathode 194-110 Finite Element Analysis of Low-Speed Com-
Examination of Theory for Bow Shock Ultravio- Measurement and Analysis of Nitric Oxide Radi- pressible Flows Within Convectively Cooled
let Rocket Experiments—II 194-069 ation in an Arcjet Flow 194-111 Structures T94-103
Model for Oxygen Recombination on Reaction- Radiation Transport Calculation in High En- Adaptive Remeshing for Convective Heat Trans-
Cured Glass 194-070 thalpy Environments for Two-Dimensional fer with Variable Fluid Properties 194-104
Thermochemical Nonequilibrium Viscous Axisymmetric Geometries 194-112 Thermochemical Nonequilibrium Viscous
Shock-Layer Analysis for a Mars Aerocapture Nonequilibrium Thermal Radiation from Air Shock-Layer Analysis for a Mars Aerocapture
Vehicle T94-116 Shock Layers Modeled with Direct Simulation Vehicle T94-116
Monte Carlo 194-115 Unsteady Heat Transfer from a Thick Hot-Film
Spacecraft Sensor Systems Sensor 194-120
Boiling/Condensation Non-Darcy Mixed Convection in a Vertical Po-
Rapid Cooling by Direct Expansion of Coolant rous Channel with Asymmetric Wall Heating
Through an Orifice 194-091 Evaporating Extended Meniscus in a V-Shaped 194-124
Channel 194-022 Finite Element Analysis of the Heat Transfer in
Spacecraft Thermal Management Conjugate Conduction-Convection Heat Trans- Concentric-Tube Heat Exchangers 194-126
fer with a High-Speed Boundary Layer
Startup Performance of a Liquid-Metal Heat Pipe T94-039 Cryogenics
in Near-Vacuum and Gas-Loaded Modes Analysis of Laminar Forced Convection Conden-
T94-021 sation Within Thin Porous Coatings 194-043 Rapid Cooling by Direct Expansion of Coolant
Effective Radiative Properties of Fibrous Com- Effects of Buoyancy on the Critical Heat Flux in Through an Orifice 794-091
posites Containing Spherical Particles Forced Convection 194-046
T94-061 Two-Temperature Modeling of Laser Sustained Electronics Cooling
Heat Transfer in Two-Phase Flow Through a Cir- Hydrogen Plasmas 194-117
cular Tube at Reduced Gravity T94-106 Experimental Study and Modeling of Thermal
Computational Heat Transfer Contact Resistance Across Bolted Joints
Structural Mechanics and Materials T94-020
Space Transportation System Launch Pad Sum- Metallic Coatings for Enhancement of Thermal
Structural Composite Materials mer Environmental Effects 194-008 Contact Conductance 194-049
Transient Conductive, Radiative Heat Transfer Evaluation of Nonmetallic Coatings and Films
Transverse Thermal Conductance of Thermoset- Coupled with Moisture Transport in Attic In- for Thermal Control Applications 194-050
ting Composite Materials During Their Cure sulations 794-015 Fluid Flow and Heat Transfer of an Extended
T94-051 Monte Carlo Prediction of Radiative Heat Trans- Slot Jet Impingement 194-081
fer in Inhomogeneous, Anisotropic, Nongray Experimental and Analytical Investigation of a
Thermal Effects Media 194-016 Capillary Pumped Loop T94-089
Non-Fourier Dynamic Thermoelasticity with Review of Elastic and Plastic Contact Conduc-
Non-Fourier Dynamic Thermoelasticity with Temperature-Dependent Thermal Properties tance Models: Comparison with Experiment
Temperature-Dependent Thermal Properties T94-018 T94-097
794-018 Implicit Heat Pipe Vapor Model 194-026
Macroscopic Spread Function Analysis for Sub- Forced Convection
Thermophysics and Heat Transfer surface Scattering of Semitransparent Materi-
als 194-029 Nonisothermal Turbulent Boundary-Layer Ad-
Ablation, Pyrolysis, Thermal Decomposition, Rocket Plume Base Heating Methodology verse Pressure Gradient Large Scale Thermal
and Degradation T94-031 Structure Measurements 194-007
Coupled Radiation Effects in Thermochemical Space Transportation System Launch Pad Sum-
Review of Numerical Procedures for Computa- Nonequilibrium Shock-Capturing Flowfield mer Environmental Effects 794-008
tional Surface Thermochemistry T94-002 Calculations 194-035 Combined Forced-Convection and Correlated-
One-Dimensional Ablation Using Landau Trans- Pressure-Based Computational Method for Com- Radiation Heat Transfer in Cylindrical Packed
formation and Finite Control Volume Proce- pressible and Incompressible Flows 194-038 Beds T94-014
dure T94-040 Conjugate Conduction-Convection Heat Trans- Analysis of Laminar Forced Convection Conden-
fer with a High-Speed Boundary Layer sation Within Thin Porous Coatings 194-043
Aerothermodynamics/Thermal Protection T94-039 Experimental Modeling of Central Axis and Jet-
Inverse Design of Super-Elliptic Cooling Passag- Ring Turbine Disk Cooling T94-080
Review of Chemical-Kinetic Problems of Future es in Coated Turbine Blade Airfoils 194-041 Fluid Flow and Heat Transfer of an Extended
NASA Missions, II: Mars Entries 794-001 Natural Convection of Micropolar Fluids in Con- Slot Jet Impingement 194-081
Experimental Investigation of a Nitrogen High- centric and Vertically Eccentric Annuli Effects of Turbulator Profile and Spacing on
Enthalpy Flow T94-005 T94-045 Heat Transfer and Friction in a Channel
Influence of Injectant Mach Number and Tem- Natural Convection Within a Vertical Finite- T94-083
perature on Supersonic Film Cooling T94-006 Length Channel in Free Space 194-052 Augmented Heat Transfer in Triangular Ducts
Nonisothermal Turbulent Boundary-Layer Ad- Numerical Study of Non-Darcy Mixed Convec- with Full and Partial Ribbed Walls 194-085
verse Pressure Gradient Large Scale Thermal tion in a Vertical Porous Channel 194-054 Effect of Torsion on Heat Transfer in the Curved
Structure Measurements 194-007 Natural Convection in Horizontal Porous Annuli Annular Sector Duct 194-086
Reference Temperature Method and Reynolds with Circumferential Baffles 194-056 Perturbation Analysis of Convective Heat Trans-
Analogy for Chemically Reacting Nonequilib- Finite Element Formulation of the Discrete-Ordi- fer in Helicoidal Pipes with Substantial Pitch
rium Flowfields 194-027 nates Method for Multidimensional Geome- 794-087
Rocket Plume Base Heating Methodology tries 194-065 Heat Convection in a 180-Deg Turning Duct with
T94-031 Use of the Second Law for Artificial Dissipation Different Turn Configurations 194-088
One-Dimensional Ablation Using Landau Trans- in Compressible Flow Discrete Analysis Experimental and Analytical Investigation of a
formation and Finite Control Volume Proce- 794-076 Capillary Pumped Loop 194-089
dure T94-040 Heat Transfer from Continuously Moving Mate- Time-Resolved Surface Heat Flux Measure-
Effective Radiative Properties of Fibrous Com- rial in Channel Flow for Thermal Processing ments in the Wing/Body Junction Vortex
posites Containing Spherical Particles T94-082 T94-100
T94-061 Heat Convection in a 180-Deg Turning Duct with Transient Conjugate Heat Transfer Between a
Examination of Theory for Bow Shock Ultravio- Different Turn Configurations 194-088 Laminar Stagnation Zone and a Solid Disk
let Rocket Experiments—II 194-069 Transient Conjugate Heat Transfer Between a 794-101
Model for Oxygen Recombination on Reaction- Laminar Stagnation Zone and a Solid Disk Finite Element Analysis of Low-Speed Com-
Cured Glass 194-070 T94-101 pressible Flows Within Convectively Cooled
Analysis of the Argon Additive Influence on a Proportional-Integral-Derivative-Controlled Nu- Structures 194-103
Nitrogen Arcjet Flow 194-071 merical Model for the Prograrnmable Multi- Heat Transfer in Two-Phase Flow Through a Cir-
Strongly Coupled Radiative Transfer and Joule zone Furnace 194-102 cular Tube at Reduced Gravity T94-106
J. THERMOPHYSICS, VOL. 8, NO. 4: 1994 INDEX 817
Heat Conduction Line Source ‘194-009 dom Rough Surfaces 794-060
Analysis of Natural Convection in a Rotating Finite Volume Method for Radiation Heat Trans-
Heat Transfer Analysis of the Ungrooved Disk of Open Loop 194-011 fer T94-064
a Cooled, Multiplate Clutch 194-019 Extrinsic Effects in the Dynamics and Selection Surface Radiation for Rectangular Enclosures
Experimental Study and Modeling of Thermal of Cellular Arrays 194-013 Using the Discrete-Ordinates Method T94-095
Contact Resistance Across Bolted Joints Natural Convection of Micropolar Fluids in Con-
T94-020 centric and Vertically Eccentric Annuli Thermal Control
Inverse Design of Super-Elliptic Cooling Passag- 794-045
es in Coated Turbine Blade Airfoils 194-041 Natural Convection Within a Vertical Finite- Startup Performance of a Liquid-Metal Heat Pipe
Metallic Coatings for Enhancement of Thermal Length Channel in Free Space 194-052 in Near-Vacuum and Gas-Loaded Modes
Contact Conductance 194-049 Combined Surface Radiation and Free Convec- T94-021
Impact of Thermal Boundary Resistance on La- tion in Cavities 794-055 Inverse Design of Super-Elliptic Cooling Passag-
ser Inclusion Damage 194-062 Natural Convection in Horizontal Porous Annuli es in Coated Turbine Blade Airfoils 194-041
Perturbation Analysis of Convective Heat Trans- with Circumferential Baffles T94-056 Thermodynamic Aspects of Heat Pipe Opera-
fer in Helicoidal Pipes with Substantial Pitch tion T94-048
T94-087 Nonintrusive Diagnostics Metallic Coatings for Enhancement of Thermal
Heat Conduction Across a Sandwiched Plate Contact Conductance 194-049
with Stringers 194-092 Measurements of Temperature and Seed Atom Evaluation of Nonmetallic Coatings and Films
Thermal Modeling of Heat Transfer 194-093 Density in High-Speed MHD Flows 194-072 for Thermal Control Applications 194-050
Review of Elastic and Plastic Contact Conduc- Feasibility of Determining Haze Properties Dur- Rapid Cooling by Direct Expansion of Coolant
tance Models: Comparison with Experiment ing High-Speed Titan Entry 194-074 Through an Orifice 794-091
T94-097
Thermal Analysis of an Arc-Heater Electrode Radiation in Participating Media Thermal Modeling and Analysis
with a Rotating Arc Foot T94-109
Combined Forced-Convection and Correlated- Monte Carlo Prediction of Radiative Heat Trans-
Heat Pipes Radiation Heat Transfer in Cylindrical Packed fer in Inhomogeneous, Anisotropic, Nongray
Beds 194-014 Media 794-016
Startup Performance of a Liquid-Metal Heat Pipe Transient Conductive, Radiative Heat Transfer Non-Fourier Dynamic Thermoelasticity with
in Near-Vacuum and Gas-Loaded Modes Coupled with Moisture Transport in Attic In- Temperature-Dependent Thermal Properties
T94-021 sulations 194-015 T94-018
Evaporating Extended Meniscus in a V-Shaped Monte Carlo Prediction of Radiative Heat Trans- Heat Transfer Analysis of the Ungrooved Disk of
Channel 194-022 fer in Inhomogeneous, Anisotropic, Nongray a Cooled, Multiplate Clutch 194-019
Entrained Sprays from Meshed-Interface Occur- Media 194-016 Experimental Study and Modeling of Thermal
ring in a Heat Pipe 794-025 Refractive Index and Scattering Effects on Radi- Contact Resistance Across Bolted Joints
Implicit Heat Pipe Vapor Model 194-026 ation in a Semitransparent Laminated Layer T94-020
Thermodynamic Aspects of Heat Pipe Opera- 794-028 Evaporating Extended Meniscus in a V-Shaped
tion 194-048 Macroscopic Spread Function Analysis for Sub- Channel 194-022
Experimental and Analytical Investigation of a surface Scattering of Semitransparent Materi- Implicit Heat Pipe Vapor Model 194-026
Capillary Pumped Loop 194-089 als T94-029 Macroscopic Spread Function Analysis for Sub-
Two-Temperature Modeling of Laser Sustained Compatibility of Infrared Band Models with surface Scattering of Semitransparent Materi-
Hydrogen Plasmas 194-117 Scattering T94-030 als 194-029
Two-Slab Model of Plasma Mediated Laser Cou- One-Dimensional Ablation Using Landau Trans-
Laser Interaction pling to Surfaces T94-033 formation and Finite Control Volume Proce-
Coupled Radiation Effects in Thermochemical dure 194-040
Measurement of Extinction Coefficients of La- Nonequilibrium Shock-Capturing Flowfield Heating Effects on Laminar Flow Through a Ro-
ser-Produced Aluminum Plumes T94-032 Calculations 194-035 tating Square Channel 194-042
Two-Slab Model of Plasma Mediated Laser Cou- Prediction of Radiative Transfer from Potential Thermodynamic Aspects of Heat Pipe Opera-
pling to Surfaces 194-033 Core of a Hot Jet 194-053 tion T94-048
Impact of Thermal Boundary Resistance on La- Effective Radiative Properties of Fibrous Com- Transverse Thermal Conductance of Thermoset-
ser Inclusion Damage 194-062 posites Containing Spherical Particles ting Composite Materials During Their Cure
194-061 T94-051
Melting/Solidification Finite Volume Method for Radiation Heat Trans- Prediction of Radiative Transfer from Potential
Extrinsic Effects in the Dynamics and Selection fer 194-064 Core of a Hot Jet 794-053
of Cellular Arrays T94-013 Finite Element Formulation of the Discrete-Ordi- Transient Compressible Flow in Variable Perme-
Feasibility of Determining Haze Properties Dur- nates Method for Multidimensional Geome- ability Media 194-057
ing High-Speed Titan Entry 194-074 tries 194-065 Impact of Thermal Boundary Resistance on La-
Refractive Index Effects on Local Radiative ser Inclusion Damage 194-062
Mixed Convection Emission from a Rectangular Semitransparent Finite Element Formulation of the Discrete-Ordi-
Solid 194-094 nates Method for Multidimensional Geome-
Mixed Convection Along an Isothermal Vertical Dependent vs Independent Scattering in Fibrous tries 194-065
Cylinder in Porous Media 194-010 Composites Containing Parallel Fibers Heat Transfer from Continuously Moving Mate-
Heating Effects on Laminar Flow Through a Ro- T94-098 rial in Channel Flow for Thermal Processing
tating Square Channel 194-042 Film Cooling Effectiveness in a Particle-Laden T94-082
Power-Law Fluid Flow in Heated Vertical Ducts Flow T94-108 Perturbation Analysis of Convective Heat Trans-
T94-044 Strongly Coupled Radiative Transfer and Joule fer in Helicoidal Pipes with Substantial Pitch
Numerical Study of Non-Darcy Mixed Convec- Heating in an Arc Heater Cathode 194-110 794-087
tion in a Vertical Porous Channel 194-054 Radiation Transport Calculation in High En- Thermal Modeling of Heat Transfer 194-093
Heat Transfer from Continuously Moving Mate- thalpy Environments for Two-Dimensional Surface Radiation for Rectangular Enclosures
rial in Channel Flow for Thermal Processing Axisymmetric Geometries 194-112 Using the Discrete-Ordinates Method
T94-082 Complete Radiative Terms for the Electron/Elec- T94-095
Laminar Mixed Convection from a Circular Cy!- tronic Energy Equation 194-118 Review of Elastic and Plastic Contact Conduc-
inder Using a Body-Fitted Coordinate System Wideband Spectral Models for the Absorption tance Models: Comparison with Experiment
T94-105 Coefficient of Water Vapor 794-125 794-097
Non-Darcy Mixed Convection in a Vertical Po- Proportional-Integral-Derivative-Controlled Nu-
rous Channel with Asymmetric Wall Heating Radiation in Participating Media merical Model for the Programmable Multi-
194-124 zone Furnace T94-102
Combined Surface Radiation and Free Convec- Thermal Analysis of an Arc-Heater Electrode
Natural Convection tion in Cavities 794-055 with a Rotating Arc Foot T94-109
Quantifying Specular Approximations for Angu- Unsteady Heat Transfer from a Thick Hot-Film
Modeling a Horizontal Heat-Flux Cylinder as a lar Scattering from Perfectly Conducting Ran- Sensor 194-120
J. THERMOPHYSICS, VOL. 8, NO. 4: 1994 INDEX
Wideband Spectral Models for the Absorption Model for Oxygen Recombination on Reaction- T94-047
Coefficient of Water Vapor 194-125 Cured Glass 794-070 Evaluation of Nonmetallic Coatings and Films
Finite Element Analysis of the Heat Transfer in Measurement and Analysis of Nitric Oxide Radi- for Thermal Control Applications 194-050
Concentric-Tube Heat Exchangers 194-126 ation in an Arcjet Flow 194-111 Quantifying Specular Approximations for Angu-
Nonequilibrium Thermal Radiation from Air lar Scattering from Perfectly Conducting Ran-
Thermochemistry and Chemical Kinetics Shock Layers Modeled with Direct Simulation dom Rough Surfaces 194-060
Monte Carlo 194-115 High-Temperature, Normal Spectral Emittance
Rotational Relaxation of Molecular Hydrogen at DSMC- and BGK-Based Calculations for Return of Silicon Carbide Based Materials 194-063
Moderate Temperatures 194-003 Flux Contamination of an Outgassing Space- Measurement of the Absorption of Light by Po-
Errors in JANAF Thermodynamic Formation craft 194-122 laroid Sheet 194-096
Functions for Acetylene 794-023 Nonequilibrium Thermal Radiation from Air
Evaluation of Simple Rate Expressions for Vi- Thermophysical Properties Shock Layers Modeled with Direct Simulation
bration-Dissociation Coupling 194-034 Monte Carlo 194-115
Coupled Radiation Effects in Thermochemical Errors in JANAF Thermodynamic Formation Complete Radiative Terms for the Electron/Elec-
Nonequilibrium Shock-Capturing Flowfield Functions for Acetylene T94-023 tronic Energy Equation 194-118
Calculations 194-035 Two-Slab Model of Plasma Mediated Laser Cou- Thermophysical Properties of Cyclotrimethylen-
Measurement of Diffusion in Fluid Systems: Ap- pling to Surfaces 194-033 etrinitramine 94-123
plications to the Supercritical Fluid Region Measurement of Diffusion in Fluid Systems: Ap- Wideband Spectral Models for the Absorption
794-047 plications to the Supercritical Fluid Region Coefficient of Water Vapor 194-125
J. THERMOPHYSICS, VOL. 8, NO. 4: 1994 INDEX
Author Index
Abe, T., T94-116 Espy, P., T94-067 Kim, Y. W., T94-080 Rezkallah, K. S., T94-106
Ahmad, R. A., T94-008 Fallavollita, M. A., T94-113 Ko, C. L., T94-126 Richter, R., T94-048
Alkam, M. K., T94-101 Fann, S., 794-042 Krier, H., T94-117 Rite, R. W., T94-106
Ambrose, J. H., T94-091 Farmer, J. T., T94-016 Ku, J. C., T94-066 Roux, J. A., T94-015
Anderson, C. F., T94-121 Farmer, J. D., T94-051 Kumar, R. A., T94-072 Saitoh, S., T94-014
Anderson, J. D., Jr., T94-004, Fasoulas, S., T94-005 Lai, F. C., T94-056 Sawyers, D. R., T94-011
194-027, T94-058 Fiveland, W. A., 794-065 Lambert, M. A., T94-049, T94- Schneider, G. E., T94-038, T94-
Armaly, B. F., 794-010 Fletcher, L. S., 794-049, T94-050 050 076
Augi, R., T94-020 Gallis, M. A., T94-115 Larini, M., T94-059 Schénemann, A. T., T94-071
Auweter-Kurtz, M., T94-005, Glass, D. E., T94-018 Lee, H. S., T94-017, T94-064 Sega, R. M., T94-122
T94-071 Gnoffo, P. A., T94-035 Lee, K.-P., T94-075 Sen, M., T94-011
Babikian, D. S., T94-111 Gogel, T. H., T94-112 Lee, S., T94-020 Seward, W. A., T94-070
Bagheri, N., T94-007 Gong, Y., T94-087 Lee, S.-C., T94-061, T94-098 Shaffer, G. H., T94-029
Balaji, C., T94-055 Gonzales, D. A., T94-034 Lei, T.-K., T94-007 Shampine, R. W., T94-121
Bauman, L. E., T94-072 Gopaul, N. K. J. M., T94-111 Levin, D. A., T94-067, T94-068, Sharma, S. P., T94-003
Bayazitoglu, Y., T94-121 Gorthala, R., T94-015 T94-069 Shepard, C. E., T94-109
Beran, P. S., T94-026 Gottschiich, J. M., T94-048 Lewis, D. J., T94-004, T94-100 Shope, F. L., T94-039
Beskok, A., T94-099 Grumet, A., T94-004 Lin, S. C., T94-052 Siegel, R., T94-028, T94-094
Billia, B., T94-013 Grzesik, J. A., T94-061 Longtin, J. P., T94-062 Sikka, K. K., T94-063
Bishop, P. J., T94-032 Gu, W. Z., 794-085 Look, D. C., Jr., T94-096 Simpson, R. L., T94-100
Blackwell, B. F., T94-040 Gupta, R. N., T94-075 Loraud, J.-C., T94-059 Sivo, J. M., T94-006
Bowman, W. J., T94-026 Haas, B. L., T94-113 Luong, V., T94-079 Sleziona, P. C., T94-071
Braunstein, M., T94-069 Habiger, H. A., T94-005, T94- Luthe, J. C., T94-072 Smith, G. P., T94-069
Brown, D. G., T94-030 071 Marotta, E. G., T94-050 Smith, T. F., T94-095
Bruno, T. J., 794-047 Hadim, A., T94-054 Martin, T. J., T94-041 Song, S., T94-020
Brusstar, M. J., T94-046 Hadim, H. A., T94-124 McCarty, T. A., T94-015 Spring, S. D., T94-083
Buckius, R. O., T94-060 Hallinan, K. P., T94-107 Meecchan, K., T94-043 Spuckler, C. M., T94-028
Butler, P. B., T94-101 Han, J. C., T94-085 Merte, H., Jr., T94-046 Sridhar, M. R., T94-097
Candler, G. V., T94-001, T94- Harris, K. T., T94-015 Mertogul, A. E., T94-117 Stanley, S. A., T94-118
068, T94-069 Hartung, L. C., T94-035 Messerschmid, E. W., T94-112 Stéckle, T., T94-071
Carlson, A. B., T94-073 Harvey, J. K., 794-115 Metzger, D. E., T94-080 Stremler, M. A., T94-011
Carlson, L. A., T94-118 Hash, D. B., T94-114 Miller, M. S., T94-123 Sulfredge, C. D., T94-090
Carneiro, M. J., T94-043 Hassan, H. A., T94-036, T94- Mills, T. E., T94-032 Suzuki, K., T94-116
Cerisier, P., T94-013 073, T94-114 Milos, F. S., T94-002, T94-199 Swanson, L. W., T94-022
Chai, J. C., T94-017, T94-064 Hellmann, J. R., T94-063 Minardi, A., T94-032 Tagavi, K. A., T94-090
Chandrasekar, M., T94-093 Heragu, S. S., T94-053 Minucci, M. A. S., 794-037 Tamma, K. K., T94-018
Chang, K. P., T94-052 Hétu, J.-F., T94-104 Mitcheltree, R. A., T94-035 Taslim, M. E., T94-083
Chang, W. S., T94-021, T94-107 Hiers, R. S., Il, T94-023, T94- Mladin, E. C., T94-078 Taylor, J. C., 794-036, T94-073
Chanty, J. M. G., T94-119 030 Modest, M. F., T94-063 Thi, H. N., T94-013
Chebaro, H. C., T94-107 Hogan, R. E., T94-040 Moran, K. P., T94-020 Thornton, E. A., T94-103
Chen, C.-K., T94-105 Hooper, W. B., T94-010 Moss, J. N., T94-114 Tien, C. L., T94-062
Chen, G., T94-124 Hossain, M. A., T94-012 Myrabo, L. N., T94-037 Tokita, Y., T94-125
Chen, K.-H., T94-077 Howe, J. T., T94-001 Nacouzi, G. J., T94-108 Trivedi, R., T94-012
Chen, T. S., T94-010 Howell, J. R., T94-016 Nagamatsu, H. T., T94-037 Tsai, B. K., T94-029
Chen, Y. C., T94-045 Howlett, L. C., 794-067, T94-068 Nakayama, A., T94-012 Vafai, K., T94-084
Chiou, J. S., T94-045 Hsu, I. C., T94-091 Naterer, G. F., T94-076 Varghese, P. L., T94-034
Chou, Y. J., T94-081 Hsu, P.-F., T94-066 Nelson, H. F., T94-031, T94-074 Venkateshan, S. P., T94-055
Chow, L. C., T94-090 Huang, P. C., 794-084 Olynick, D. R., T94-036 Wang, C. Y., T94-092
Chyu, M. K., T94-088 Hung, Y. H., T94-052, T94-081 Ott, J. D., T94-058 Wang, T.-S., T94-079, T94-088
Cohen, R. D., T94-121 Hunt, M. L., T94-006 Palmer, G., T94-110 Wang, W., T94-072
Cole, K. D., T94-120 Ignatiev, A., T94-122 Panzarella, C. H., T94-102 Weaver, J. A., T94-019
Collins, R. J., 794-067, T94-068, llinca, F., T94-104 Parang, M., T94-057 Weyl, G., T94-033
T94-069 Ingham, D. B., T94-044 Park, C., T94-001, T94-111, T94- White, B. R., T94-007
Covert, E. E., 794-051 Jaffe, R. L., T94-001 120 White, S., T94-061
Cromwell, B. K., T94-030 Jaluria, Y., T94-082 Patankar, S. V., T94-017, T94- Wu, S.-R., T94-105
Dalton, C., T94-122 Jamgotchian, H., T94-013 064 Yang, G., T94-086, T94-087
Debrestian, D. J., 794-027 Jessee, J. P., T94-065 Pelletier, D., T94-104 Yang, W.-J., T94-042
Deschamps, V., T94-009 Jestin, L., T94-059 Peterson, G. P., T94-022, T94- Yang, Y.-T., T94-024, T94-105
Desrayaud, G., T94-009 Jones, A. T., T94-044 025, T94-089 Yarrington, P. W., T94-103
DeWitt, D. P., T94-029 Juhany, K. A., T94-006 Pletcher, R. H., T94-077 Yeh, Y.-Y., T94-024
Dickey, J. T., T94-089 Jumper, E. J., T94-070 Polehn, R., T94-057 Yovanovich, M. M., T94-097
Diller, T. E., T94-100 Justiz, C. R., T94-122 Ponnappan, R., T94-021 Zaccardi, V. A., T94-030
Dimenna, R. A., T94-060 Kamiuto, K., T94-014, T94-125 Porterie, B., T94-059 Zhang, Y. M., T94-085
Dulikravich, G. S., T94-041 Kang, B. H., T94-082 Postlethwait, M. A., T94-063 Zipf, E. C., T94-067, T94-068
Dupuis, M., T94-112 Karimian, S. M. H., T94-038 Qiu, T. Q., T94-062 Zoby, E. V., 794-075
Durgapal, P., T94-110 Karniadakis, G. E., T94-099 Raghunandan, B. N., T94-053 Zumbrunnen, D. A., T94-078
Ebadian, M. A., T94-086, T94- Kassemi, M., T94-102 Raj, S. A., T94-093
087 Kelecy, F. J., 794-077 Rao, K. V. L., T94-053
Edwards, D. K., T94-108 Keyhani, M., T94-057 Rasky, D. J., T94-002
Ehlert, J. R., T94-095 Kihm, K. D., T94-025 Reardon, J. E., T94-031
Erdman, P. W., T94-067, T94- Kim, B. H., T94-025 Reed, R. A., T94-030
068 Kim, S. J., T94-107 Renken, K. J., T94-043
J. THERMOPHYSICS, VOL. 8, NO. 4: 1994 INDEX
Chronological Index
194-001 Review of Chemical-Kinetic Problems of Future Coupled with Moisture Transport in Attic Insulations. R. Gor-
NASA Missions, II: Mars Entries. Chul Park, John T. Howe, and thala, K. T. Harris, J. A. Roux, and T. A. McCarty, University of
Richard L. Jaffe, NASA Ames Research Center, and Graham V. Mississippi (8, 1, p. 125) Article
Candler, North Carolina State University at Raleigh (8, 1, p. 9) Sur-
vey Paper based on AIAA Paper 91-0464 194-016 Monte Carlo Prediction of Radiative Heat Transfer in
Inhomogeneous, Anisotropic, Nongray Media. Jeff T. Farmer,
T94-002 Review of Numerical Procedures for Computational NASA Langley Research Center, and John R. Howell, University of
Surface Thermochemistry. Frank S. Milos and Daniel J. Rasky, Texas at Austin (8, 1, p. 133) Article
NASA Ames Research Center (8, 1, p. 24) Article based on AIAA
Paper 92-2944 T94-017 Evaluation of Spatial Differencing Practices for the
Discrete-Ordinates Method. John C. Chai and Suhas V. Patankar,
794-003 Rotational Relaxation of Molecular Hydrogen at University of Minnesota; and HaeOk S. Lee, NASA Lewis Research
Moderate Temperatures. S. P. Sharma, NASA Ames Research Center (8, 1, p. 140) Article based on AIAA Paper 93-0140
Center (8, 1, p. 35) Article based on AIAA Paper 92-2854
194-018 Non-Fourier Dynamic Thermoelasticity with Tem-
T94-004 Numerical Study of the Effects of Wali Catalysis on perature-Dependent Thermal Properties. David E. Glass, Ana-
Shock Wave/Boundary-Layer Interaction. Adam Grumet, John lytical Services and Materials, Inc.; and Kumar K. Tamma, Univer-
D. Anderson Jr., and Mark J. Lewis, University of Maryland (8, 1, sity of Minnesota at Minneapolis St. Paul (8, 1, p. 145) Article
p. 40) Article based on AJAA Paper 91-1174 CP911
T94-005 Experimental Investigation of a Nitrogen High- 194-019 Heat Transfer Analysis of the Ungrooved Disk of a
Enthalpy Flow. Stefanos Fasoulas, Monika Auweter-Kurtz, and Cooled, Multiplate Clutch. John A. Weaver, General Motors
Harald A. Habiger, University of Stuttgart, Germany (8, 1, p. 48) Corporation (8, 1, p. 152) Article
Article
T94-020 Experimental Study and Modeling of Thermal Con-
T94-006 Influence of Injectant Mach Number and Temper- tact Resistance Across Bolted Joints. S. Song, K. P. Moran, and
ature on Supersonic Film Cooling. K. A. Juhany, M. L. Hunt, and R. Augi, /BM; and S. Lee, University of Waterloo, Canada (8, 1, p.
J. M. Sivo, California Institute of Technology (8, 1, p. 59) Article 159) Article based on AIAA Paper 93-0844
194-007 Nonisothermal Turbulent Boundary-Layer Adverse 794-021 Startup Performance of a Liquid-Metal Heat Pipe in
Pressure Gradient Large Scale Thermal Structure Meas- Near-Vacuum and Gas-Loaded Modes. R. Ponnappan, Uni-
urements. Nader Bagheri, California Maritime Academy, and versal Energy Systems, Inc.; and W. S. Chang, Wright Laboratory
Bruce R. White and Ting-Kwo Lei, University of California, Davis (8, 1, p. 164) Article based on AIAA Paper 90-1755
(8, 1, p. 68) Article based on AIAA Paper 92-0550
194-022 Evaporating Extended Meniscus in a V-Shaped
794-008 Space Transportation System Launch Pad Summer Channel. L. W. Swanson and G. P. Peterson, Texas A&M Univer-
Environmental Effects. R. A. Ahmad, Thiokol Corporation (8, 1, sity (8, 1, p. 172) Article
p. 75) Article based on AIAA Paper 92-3850
194-023 Errors in JANAF Thermodynamic Formation Func-
194-009 Modeling a Horizontal Heat-Flux Cylinder as a Line tions for Acetylene. Robert S. Hiers III, Sverdrup Technology, Inc.
Source. Valérie Deschamps, Conservatoire National des Arts et (8, 1, p. 181) Technical Note
Métius, France; and Gilles Desrayaud, JBM, France (8, 1, p. 84)
Article 194-024 Numerical Study of Turbulent Offset Jets with En-
trainment Boundary. Yue-Tzu Yang and Yun-Yeu Yeh, National
194-010 Mixed Convection Along an Isothermal Vertical Cyl- Cheng-Kung University, Taiwan, ROC (8, 1, p. 182) Technical
inder in Porous Media. W. B. Hooper, T. S. Chen, and B. F. Note
Armaly, University of Missouri—Rolla (8, 1, p. 92) Article
194-025 Entrained Sprays from Meshed-Interface Occurring
T94-011 Analysis of Natural Convection in a Rotating Open in a Heat Pipe. K. D. Kihm, B. H. Kim, and G. P. Peterson, Texas
Loop. Mark A. Stremler, David R. Sawyers, and Mihir Sen, Uni- A&M University (8, 1, p. 184) Technical Note
versity of Notre Dame (8, 1, p. 100) Article
194-026 Implicit Heat Pipe Vapor Model. W. Jerry Bowman
194-012 Nonsimilar Free Convection Boundary Layer in Non- and Philip S. Beran, Air Force Institute of Technology (8, 1, p. 187)
Newtonian Fluid-Saturated Porous Media. M. A. Hossain, Uni- Technical Note
versity of Dhaka, Bangladesh, and A. Nakayama, Shizuoka Univer-
sity, Japan (8, 1, p. 107) Article 194-027 Reference Temperature Method and Reynolds
Analogy for Chemically Reacting Nonequilibrium Flowfields.
194-013 Extrinsic Effects in the Dynamics and Selection of David J. Debrestian and John D. Anderson Jr., University of Mary-
Cellular Arrays. B. Billia, H. Jamgotchian, and H. Nguyen Thi, land (8, 1, p. 190) Technical Note
Université d’ Aix-Marseille, France; P. Cerisier, Université d’ Aix-
Marseille I, France; and R. Trivedi, owa State University (8, 1, p. T94-028 Refractive Index and Scattering Effects on Radiation
113) Article based on AIAA Paper 93-0264 in a Semitransparent Laminated Layer. C. M. Spuckler and R.
Siegel, NASA Lewis Research Center (8, 2, p. 193) Article
T94-014 Combined Forced-Convection and Correlated-
Radiation Heat Transfer in Cylindrical Packed Beds. K. Ka- 194-029 Macroscopic Spread Function Analysis for Sub-
miuto and S. Saitoh, Oita University, Japan (8, 1, p. 119) Article surface Scattering of Semitransparent Materials. B. K. Tsai and
D. P. DeWitt, Purdue University, and G. H. Shaffer, Miles Labor-
T94-015 Transient Conductive, Radiative Heat Transfer atories, Inc. (8, 2, p. 202) Article based on AIAA Paper 93-2803
J. THERMOPHYSICS, VOL. 8, NO. 4: 1994 INDEX 821
194-030 Compatibility of Infrared Band Models with Scat- T. Jones and D. B. Ingham, University of Leeds, England, UK (8, 2,
tering. R. A. Reed, D. G. Brown, R. S. Hiers III, B. K. Cromwell, p. 309) Article
and V. A. Zaccardi, Sverdrup Technology, Inc. (8, 2, p. 208) Article
based on AIAA Paper 92-2891 194-045 Natural Convection of Micropolar Fluids in Con-
centric and Vertically Eccentric Annuli. J. S. Chiou and Y. C.
794-031 Rocket Plume Base Heating Methodology. John E. Chen, National Cheng Kung University, Taiwan, ROC (8, 2, p. 316)
Reardon, REMTECH, Inc.; and H. F. Nelson, University of Article
Missouri—Rolla (8, 2, p. 216) Article based on AIAA Paper 93-
2823 1794-046 Effects of Buoyancy on the Critical Heat Flux in
Forced Convection. Matthew J. Brusstar and Herman Merte Jr.,
194-032 Measurement of Extinction Coefficients of Laser- University of Michigan (8, 2, p. 322) Article based on AIAA Paper
Produced Aluminum Plumes. T. E. Mills, P. J. Bishop, and A. 93-0575
Minardi, University of Central Florida (8, 2, p. 223) Article based
on AIAA Paper 93-3228 194-047 Measurement of Diffusion in Fluid Systems: Applica-
tions to the Supercritical Fluid Region. Thomas J. Bruno, Na-
194-033 Two-Slab Model of Plasma Mediated Laser Coupling tional Institute of Standards and Technology (8, 2, p. 329) Article
to Surfaces. Guy Weyl, Physical Sciences, Inc. (8, 2, p. 229) based on AIAA Paper 93-0809
Article
194-048 Thermodynamic Aspects of Heat Pipe Operation.
194-034 Evaluation of Simple Rate Expressions for Vibration- Robert Richter, California Institute of Technology, and Joseph M.
Dissociation Coupling. David A. Gonzales and Philip L. Var- Gottschlich, Wright Laboratory (8, 2, p. 334) Article based on
ghese, University of Texas at Austin (8, 2, p. 236) Article based on AIAA Paper 90-1772
AIAA Paper 93-0481
194-049 Metallic Coatings for Enhancement of Thermal
194-035 Coupled Radiation Effects in Thermochemical Non- Contact Conductance. M. A. Lambert and L. S. Fletcher, Texas
equilibrium Shock-Capturing Flowfield Calculations. Lin C. A&M University (8, 2, p. 341) Article based on AIAA Paper 92-
Hartung, Robert A. Mitcheltree, and Peter A. Gnoffo, NASA Lang- 2849
ley Research Center (8, 2, p. 244) Article based on AIAA Paper 92-
2868 194-050 Evaluation of Nonmetallic Coatings and Films for
Thermal Control Applications. E. G. Marotta, M. A. Lambert,
194-036 Comparisons Between Monte Carlo Methods and and L. S. Fletcher, Texas A & M University (8, 2, p. 349) Article
Navier-Stokes Equations for Re-Entry Flows. David R. Olynick, based on AIAA Paper 92-2849
NASA Ames Research Center, and Jeff C. Taylor and H. A. Hassan,
North Carolina State University (8, 2, p. 251) Article based on 194-051 Transverse Thermal Conductance of Thermosetting
AIAA Paper 93-2810 Composite Materials During Their Cure. Jeffrey D. Farmer and
Eugene E. Covert, Massachusetts Institute of Technology (8, 2, p.
194-037 Combustion Shock Tunnel and Interface Com- 358) Article based on AIAA Paper 93-1574 CP931
pression to Increase Reservoir Pressure and Enthalpy. M. A. S.
Minucci, /nstituto de Estudos Avancados—CTA, Brazil, and H. T. 194-052 Natural Convection Within a Vertical Finite-Length
Nagamatsu and L. N. Myrabo, Rensselaer Polytechnic Institute (8, Channel in Free Space. S.C. Lin, K. P. Chang, and Y. H. Hung,
2, p. 259) Article based on AIAA Paper 92-0569 National Tsing Hua University, Taiwan, ROC (8, 2, p. 366) Tech-
nical Note
794-038 Pressure-Based Computational Method for Compres-
sible and Incompressible Flows. S. M. H. Karimian and G. E. 194-053 Prediction of Radiative Transfer from Potential Core
Schneider, University of Waterloo, Canada (8, 2, p. 267) Article of a Hot Jet. Srinath S. Heragu and K. V. L. Rao, Aeronautical De-
based on AIAA Paper 93-2768 velopment Agency, India; and B. N. Raghunandan, /ndian Institute
of Science (8, 2, p. 368) Technical Note
794-039 Conjugate Conduction-Convection Heat Transfer
with a High-Speed Boundary Layer. Frederick L. Shope, Arnold 794-054 Numerical Study of Non-Darcy Mixed Convection in
Engineering Development Center (8, 2, p. 275) Article based on a Vertical Porous Channel. A. Hadim, Stevens Institute of Tech-
AIAA Paper 91-5033 nology (8, 2, p. 371) Technical Note
194-040 One-Dimensional Ablation Using Landau Transfor- 194-055 Combined Surface Radiation and Free Convection in
mation and Finite Control Volume Procedure. B. F. Blackwell Cavities. C. Balaji and S. P. Venkateshan, /ndian Institute of Tech-
and R. E. Hogan, Sandia National Laboratories (8, 2, p. 282) nology (8, 2, p. 373) Technical Note
Article
194-056 Natural Convection in Horizontal Porous Annuli with
194-041 Inverse Design of Super-Elliptic Cooling Passages in Circumferential Baffles. F.C. Lai, University of Oklahoma (8, 2,
Coated Turbine Blade Airfoils. George S. Dulikravich and p. 376) Technical Note based on AIAA Paper 93-0919
Thomas J. Martin, Pennsylvania State University (8, 2, p. 288) Ar-
ticle based on AIAA Paper 92-4714 CP9213 194-057 Transient Compressible Flow in Variable Permea-
bility Media. R. Polehn, M. Keyhani, and M. Parang, University of
194-042 Heating Effects on Laminar Fisw Through a Rotating Tennessee (8, 2, p. 378) Technical Note
Square Channel. Shin Fann and Wen-Jei Yang, University of
Michigan (8, 2, p. 295) Article 194-058 Effects of Nonequilibrium Chemistry on the Refer-
ence Temperature Method and Reynolds Analogy. James D. Ott
794-043 Analysis of Laminar Forced Convection Condensa- and John D. Anderson Jr., University of Maryland (8, 2, p. 381)
tion Within Thin Porous Coatings. K. J. Renken, M. J. Carneiro, Technical Note
and K. Meechan, University of Wisconsin—Milwaukee (8, 2, p.
303) Article 194-059 Cooled Pitot Tube in Plasma Jet: an Impact-Pressure
Recovery Model. B. Porterie, M. Larini, and J-C. Loraud, /nstitut
T94-044 Power-Law Fluid Flow in Heated Vertical Ducts. A. Universitaire des Systémes Thermiques Industriels, France, and L.
822 J. THERMOPHYSICS, VOL. 8, NO. 4: 1994 INDEX
Jestin, Electricité de France (8, 3, p. 385) Article based on AIAA sity in High-Speed MHD Flows. Leslie E. Bauman, Weishun
Paper 92-4004 Wang, John C. Luthe, and R. Arun Kumar, Mississippi State Uni-
versity (8, 3, p. 473) Article based on AIAA Paper 93-3215
T94-060 Quantifying Specular Approximations for Angular
Scattering from Perfectly Conducting Random Rough Sur- 194-073 Monte Carlo Simulation of Radiating Re-Entry
faces. Ralph A. Dimenna and Richard O. Buckius, University of Il- Flows. Jeff C. Taylor, North Carolina State University, Ann B.
linois (8, 3, p. 393) Article Carlson, NASA Langley Research Center, and H. A. Hassan, North
Carolina State University (8, 3, p. 478) Article based on AIAA
194-061 Effective Radiative Properties of Fibrous Composites Paper 93-2809
Containing Spherical Particles. Siu-Chun Lee, Applied Sciences
Laboratory, Inc.; Susan White, NASA Ames Research Center, and 194-074 Feasibility of Determining Haze Properties During
Jan A. Grzesik, Applied Sciences Laboratory, Inc. (8, 3, p. 400) Ar- High-Speed Titan Entry. H. F. Nelson, University of Missouri—
ticle based on AIAA Paper 93-2729 Rolla (8, 3, p. 486) Article based on AIAA Paper 93-2762
194-062 Impact of Thermal Boundary Resistance on Laser In- 194-075 Viscous Shock-Layer Analysis of Two-Dimensional
clusion Damage. J. P. Longtin, T. Q. Qiu, and C. L. Tien, Uni- and Axisymmetric Flows. Roop N. Gupta and Ernest V. Zoby,
versity of California at Berkeley (8, 3, p. 406) Article based on NASA Langley Research Center, and Kam-Pui Lee, ViGYAN, Inc.
AIAA Paper 94-0125 (8, 3, p. 494) Article based on AIAA Paper 93-2751
794-063 High-Temperature, Normal Spectral Emittance of 194-076 Use of the Second Law for Artificial Dissipation in
Silicon Carbide Based Materials. Michael A. Postlethwait, Compressible Flow Discrete Analysis. G. F. Naterer and G. E.
Kamal K. Sikka, Michael F. Modest, and John R. Hellmann, Penn- Schneider, University of Waterloo, Canada (8, 3, p. 500) Article
sylvania State University (8, 3, p. 412) Article based on AIAA based on AIAA Paper 92-2942
Paper 93-2759
194-077 Numerical and Experimental Study of Three-Dimen-
194-064 Finite Volume Method for Radiation Heat Transfer. sional Liquid Sloshing Flows. Kuo-Huey Chen, University of To-
John C. Chai, University of Minnesota, HaeOk S. Lee, NASA Lewis ledo/INASA Lewis Research Center, and Franklyn J. Kelecy and
Research Center; and Suhas V. Patankar, University of Minnesota Richard H. Pletcher, Jowa State University (8, 3, p. 507) Article
(8, 3, p. 419) Article based on AIAA Paper 93-2731 based on AIAA Paper 92-0829
T94-065 Finite Element Formulation of the Discrete-Or- T94-078 Nonlinear Dynamics of Laminar Boundary Layers in
dinates Method for Multidimensional Geometries. W. A. Five- Pulsatile Stagnation Flows. E. C. Mladin and D. A. Zumbrunnen,
land and J. P. Jessee, Babcock & Wilcox Company (8, 3, p. 426) Clemson University (8, 3, p. 514) Article
Article
194-079 Hot-Gas-Side and Coolant-Side Heat Transfer in
194-066 Radiative Heat Transfer in Finite Cylindrical En- Liquid Rocket Engine Combustors. Ten-See Wang and Van
closures with Nonhomogeneous Participating Media. Pei-Feng Luong, NASA Marshall Space Flight Center (8, 3, p. 524) Article
Hsu and Jerry C. Ku, Wayne State University (8, 3, p. 434) Article based on AIAA Paper 92-3151
T94-067 Measurements of Ultraviolet Radiation from a 5-km/s 194-080 Experimental Modeling of Central Axis and Jet-Ring
Bow Shock. Peter W. Erdman and Edward C. Zipf, University of Turbine Disk Cooling. Yong W. Kim and Darryl E. Metzger, Ari-
Pittsburgh; Patrick Espy and L. Carl Howlett, Utah State Univer- zona State University (8, 3, p. 531) Article based on AIAA Paper
sity; Deborah A. Levin, /nstitute for Defense Analyses; and Robert 91-0343
J. Collins and Graham V. Candler, University of Minnesota (8, 3, p.
441) Article based on AJAA Paper 92-2870 T94-081 Fluid Flow and Heat Transfer of an Extended Slot Jet
Impingement. Y. J. Chou and Y. H. Hung, National Tsing Hua
194-068 Examination of Theory for Bow Shock Ultraviolet University, Taiwan, ROC (8, 3, p. 538) Article
Rocket Experiments—I. Deborah A. Levin, Institute for Defense
Analyses; Graham V. Candler, North Carolina State University; 794-082 Heat Transfer from Continuously Moving Materiai in
Robert J. Collins, University of Minnesota, Peter W. Erdman and Channel Flow for Thermal Processing. B. H. Kang and Y. Ja-
Edward C. Zipf, University of Pittsburgh, and L. Carl Howlett, luria, Rutgers University (8, 3, p. 546) Article
Utah State University (8, 3, p. 447) Article based on AIAA Paper
92-2871 794-083 Effects of Turbulator Profile and Spacing on Heat
Transfer and Friction in a Channel. M. E. Tasiim, Northeastern
194-069 Examination of Theory for Bow Shock Ultraviolet University; and S. D. Spring, General Electric Aircraft Engines (8,
Rocket Experiments—II. Deborah A. Levin and Matthew Braun- 3, p. 555) Article
stein, Institute for Defense Analyses, Graham V. Candler and
Robert J. Collins, University of Minnesota; and Gregory P. Smith, 794-084 Analysis of Forced Convection Enhancement in a
SRI International (8, 3, p. 453) Article based on AIAA Paper 92- Channel Using Porous Blocks. P. C. Huang and K. Vafai, Ohio
2871 State University (8, 3, p. 563) Article
194-070 Model for Oxygen Recombination on Reaction-Cured T94-085 Augmented Heat Transfer in Triangular Ducts with
Glass. E. J. Jumper, University of Notre Dame; and W. A. Seward, Full and Partial Ribbed Walls. Y. M. Zhang and W. Z. Gu, Chi-
National Aero-Space Plane Office (8, 3, p. 460) Article nese Academy of Sciences, PRC; and J. C. Han, Texas A&M Uni-
versity (8, 3, p. 574) Article
194-071 Analysis of the Argon Additive Influence on a Ni-
trogen Arcjet Flow. A. T. Sch6nemann, M. Auweter-Kurtz, H. A. T94-086 Effect of Torsion on Heat Transfer in the Curved An-
Habiger, P. C. Sleziona, and T. Stéckle, /nstitut fiir Raumfahrt- nular Sector Duct. G. Yang and M. A. Ebadian, Florida Interna-
systeme, University of Stuttgart, Germany (8, 3, p. 466) Article tional University (8, 3, p. 580) Article
based on AIAA Paper 93-2829
1794-087 Perturbation Analysis of Convective Heat Transfer in
194-072 Measurements of Temperature and Seed Atom Den- Helicoidal Pipes with Substantial Pitch. Y. Gong, G. Yang, and