Journal of Thermophysics and Heat Transfer 2001: Vol 15 Index

3 Pages·2001·0.99 MB·English

J. THERMOPHYSICS, VOL. 15, NO. 4: 2001 INDEX
Chronological Index
T01-001 Homogenization of Temperature-Dependent Thermal T01-013 Oxygen Atoms’ Effect on Vibrational Relaxation of
Conductivity in Composite Materials. Peter W. Chung and Nitrogen in Blunt-Body Flows. Eswar Josyula, U.S Air Force
Kumar K. Tamma, University of Minnesota; and Raju R. Namburu, Research Laboratory (15, |, p. 106) ARTICLE
U.S Army Research Laboratory (15, 1, p. 10) ARTICLE based on
AIAA Paper 99-0878 T01-014 Integral Calculations of Melt-Layer Heat Transfer in
Aerodynamic Ablation. Chin-Yi Wei, National Cheng-Kung
T01-002 Effective Thermal Conductivity and Thermal Contact University, Taiwan, ROC; and Tse-Fou Zien, Naval Surface
Conductance of Graphite Fiber Composites. S. R. Mirmira, M. Warfare Center (15, 1, p. 116) ARTICLE based on AIAA Paper
C. Jackson, and L. S. Fletcher, Texas A&M University (15, 1, p. 18) 2000-0205
ARTICLE based on AIAA Paper 98-2760
T01-015 Surface Temperature Diagnostics Using Infrared
T01-003 Prediction of Thermal Contact Conductance in Multiwavelength Radiation Method. Wenhua Zhao, Kuo Tian,
Vacuum Using Monte Carlo Simulation. S. Sunil Kumar and K. Shuguang Zhu, and Pin Lu, Tsinghua University, PRC (15, 1, p.
Ramamurthi, Liguid Propulsion Systems Centre, India (15, |, p. 27) 125) Technical Note
ARTICLE
T01-016 Computational Algorithm for Thermodynamic
T01-004 Inverse Method for Estimating Thermal Conductivity Properties of Air to Extreme Temperatures and Pressures.
in One-Dimensional Heat Conduction Problems. Jiin-Hong Lin, C. Thames, D. Kelly, and J. E. Lyne, University of Tennessee (15,
Cha’o-Kuang Chen, and Yue-Tzu Yang, National Cheng-Kung 1, p. 127) Technical Note
University, Taiwan, ROC (15, 1, p. 34) ARTICLE
T01-017 Predictions of Ablating Hypersonic Vehicles Using an
T01-005 Investigation of the Temperature Distribution on Iterative Coupled Fluid/Thermal Approach. David W. Kuntz.
Radiator Fins with Micro Heat Pipes. Y. X. Wang, Texas A&M Basil Hassan, and Donald L. Potter, Sandia National Laboratories
University; H. B. Ma, University of Missouri, and G. P. Peterson, (15, 2, p. 129) ARTICLE
Rensselaer Polytechnic Institute (15, 1, p. 42) ARTICLE based on
AIAA Paper 2000-0969 T01-018 Thermophysics Characterization of Kerosene
Combustion. Ten-See Wang, VASA Marshall Space Flight Center
T01-006 Inertia and Thermal Convection During Crystal (15, 2, p. 140) ARTICLE based on AIAA Paper 2000-2511
Growth with a Steady Magnetic Field. Nancy Ma, University of
Missouri-Rolla; and John S. Walker, University of Illinois at T01-019 Transport Coefficients for High-Temperature
Urbana—Champaign (15, 1, p. 50) ARTICLE Nonequilibrium Air Flows. M. Fertig, University of Stuttgart,
Germany; A. Dohr, Technical University of Vienna, Austria; and H.
T01-007 Thermal Plume Turbulent Enhancement, Reverse -H. Friihauf, University of Stuttgart, Germany (15, 2, p. 148)
Transition, and Relaminarization in Stably Stratified ARTICLE
Enclosure. Katsuhisa Noto, Yoshiharu Meguro, and Tsuyoshi
Nakajima, Kobe University, Japan (15, 1, p. 55) ARTICLE T01-020 Vibration—Dissociation Coupling Using Master
Equations in Nonequilibrium Hypersonic Blunt-Body Flow.
T01-008 Statistical Thermodynamic Treatment of Multilayer Eswar Josyula, U.S Air Force Research Laboratory: and William F.
Adsorption—Migration Kinetics. Michael C. Fong, Lockheed Bailey, Air Force Institute of Technology (15, 2, p. 157) ARTICLE
Martin Missiles & Space (15, 1, p. 64) ARTICLE based on AIAA
Paper 98-2591 T01-021 Entry Conditions in Planetary Atmospheres:
Emission Spectroscopy of Molecular Plasma Arcjets. V. Lago.
T01-009 Calculation of Transport Coefficients with A. Lebéhot, and M. Dudeck, Centre National de la Recherche
Vibrational Nonequilibrium. D. Bruno, M. Capitelli, V. Scientifique, France; 8. Pellerin, Centre Universitaire de Bourges,
Cervellera, and S. Longo, University of Bari, Italy; and E. V. France; T. Renault, Universitéd e Limoges, France: and P. Echegut,
Kustova and E. A. Nagnibeda, St. Petersburg University, Russia Centre de Recherche sur les Matériaux a Huate Température,
(15, 1, p. 70) ARTICLE Centre National de la Recherche Scientifique, France (15, 2, p.
168) ARTICLE
T01-010 Chemical Kinetic Parameters of Hyperbolic Earth
Entry. Chul Park, Eloret Corporation; and Richard L. Jaffe and T01-022 Application of Planck—-Rosseland-Gray Model for
Harry Partridge, NASA Ames Research Center (15, 1, p. 76) ARTI- High-Enthalpy Are Heaters. Takeharu Sakai, National Research
CLE based on AIAA Paper 00-0210 Council; Keisuke Sawada, Tohoku University, Japan, and
Masahiko Mitsuda, Mechanical Engineering Research Laboratory,
T01-011 Computation of Hypersonic Radiating Flowfield over Japan (15, 2, p. 176) ARTICLE based on AIAA Paper 98-2838
a Blunt Body. Takeharu Sakai, National Research Council, and
Tomoko Tsuru and Keisuke Sawada, Tohoku University, Japan (15, T01-023 Integral Form of the Radiative Transfer Equation
1, p. 91) ARTICLE based on AIAA Paper 99-0222 Inside Refractive Cylindrical Media. Philippe Ben-Abdallah,
Université du Québec a Chicoutimi, Canada; Sébastien Fumeron
T01-012 Calculation of Nonequilibrium Radiation from a and Vital Le Dez, Ecole Nationale Supérieure de Mécanique et d’
Blunt-Body Shock Layer. Takeharu Sakai, National Research Aérotechniques Chasseneuil du Poitou, France, and André
Council; and Keisuke Sawada, Tohoku University, Japan (15, 1, p. Charette, Université du Québec @ Chicoutimi, Canada (15, 2. p.
99) ARTICLE based on AIAA Paper 2000-0733 184) ARTICLE
510 J. THERMOPHYSICS, VOL. 15, NO. 4: 2001 INDEX
T01-024 Analysis of Ablation Characteristics of Absorbing T01-037 Verification and Validation of Adaptive Finite
Dielectrics Caused by Short Laser Pulses. Samuel George and Element Method for Impingement Heat Transfer. E. Turgeon
Kunal Mitra, Florida Institute of Technology (15, 2, p.190) and D. Pelletier, Ecole Polytechnique de Montréal, Canada (15, 3,
ARTICLE p. 284) ARTICLE
T01-025 Heat Transfer Predictions Using a Dual-Dissipation T01-038 Heat Transfer to the Inclined Trailing Wall of an
k-e Turbulence Closure. U. Goldberg and P. Batten, Metacomp Open Cavity. Orval A. Powell, Air Force Research Laboratory;
Technologies, Inc. (15, 2, p. 197) ARTICLE; Errata (15,3, p. 376) and Jeffrey P. Bons, Air Force Institute of Technology (15, 3, p.
293) ARTICLE based on AIAA Paper 99-4889
T01-026 Laminar Forced Convection Modeling of Isothermal
Rectangular Plates. M. M. Yovanovich and P. Teertstra, University T01-039 Gas-Surface Interaction Model Influence on
of Waterloo, Canada (15, 2, p. 205) ARTICLE Predicted Performance of Microelectromechanical System
Resistojet. Andrew D. Ketsdever, U.S.Air Force Research
T01-027 Natural Convection in a Trapezoidal Enclosure with Laboratory; Dean C. Wadsworth, ERC, Inc.; and E. P. Muntz,
Offset Baffles. F. Moukalled, American University of Beirut, University of Southern California (15, 3, p. 302) ARTICLE based
Lebanon; and S. Acharya, Louisiana State University (15, 2, p. 212) on AIAA Paper 2000-2430
ARTICLE
T01-040 Self-Consistent Model of Chemical, Vibrational,
T01-028 Effect of | Void-Generated Thermocapillary Electron Kinetics in Nozzle Expansion. G. Colonna, ; and M.
Convection on Dopant Segregation in Microgravity Capitelli, University of Bari, Italy (15, 3, p. 308) ARTICLE
Solidification. M. Kassemi, NASA John H. Glenn Research Center
at Lewis Field; and M. Kaforey and D. Matthiesen, Case Western T01-041 New Approach for Radiative-Transfer Computations
Reserve University (15, 2, p. 219) ARTICLE based on AIAA Paper in Axisymmetric Scattering Hot Media. Pierre-Emmanuel
2000-0703 Baudoux, Antoine Roblin, and Patrick Chervet, ONERA, France
(15, 3, p. 317) ARTICLE
T01-029 Thermal Contact Conductance of Metal/Polymer
Joints: An Analytical and Experimental Investigation. J. J. T01-042 Enhancements of Nucleate Boiling and Critical Heat
Fuller and E. E. Marotta, Clemson University (15, 2, p. 228) ARTI- Flux Under Microgravity Conditions. Nengli Zhang, Ohio
CLE based on AIAA Paper 2000-0877 Aerospace Institute, David F. Chao, NASA John H. Glenn Research
Center at Lewis Field; and W. J. Yang, University of Michigan (15,
T01-030 Laser-Plasma Generator with Artificial Turbulence of 3, p. 326) ARTICLE based on AIAA Paper 2000-0853
the Input Gas Stream. Sergey T. Surzhikov, Russian Academy of
Sciences, Russia (15, 2, p. 239) Technical Note based on AIAA T01-043 Visualization of Flow Boiling in an Annular Heat
Paper 2000-263 1 Exchanger Under Microgravity Conditions. D. T. Westheimer,
Texas A&M University; and G. P. “Bud” Peterson, Rensselaer
T01-031 Statistical Heat Transfer from Uniform Annular Fins Polytechnic Institute (15, 3, p. 333) ARTICLE
with High Thermal Conductivity Coating. Antonio Campo,
Idaho State University (15, 2, p. 242) Technical Note T01-044 Temperature Dependence of Thermophysical
Properties of Disodium Hydrogenphosphate Dodecahydrate.
T01-032 Modified Collapsed Dimension Method for Radiative Satoshi Hirano, National Institute of Advanced Industrial Science
Heat Transfer Problems. P. Mahanta and Subhash C. Mishra, and Technology, Japan; Takeo S. Saitoh, Tohoku University, Japan;
Indian Institute of Technology, India (15, 2, p. 246) Technical Note and Masaaki Oya and Masakazu Yamazaki, National Institute of
based on AIAA Paper 2000-0734 Advanced Industrial Science and Technology, Japan (15, 3, p. 340)
ARTICLE based on AIAA Paper 2000-2979
T01-033 Effect of Film-Hole Shape on Turbine-Blade Heat-
Transfer Coefficient Distribution. Shuye Teng, Heat Transfer T01-045 Thermophysical Properties of High-Thermal-
Research, Inc.; Je-Chin Han, Texas A&M University; and Philip E. Conductivity Graphite Sheets for Spacecraft Thermal Design.
Poinsatte, NASA John H. Glenn Research Center at Lewis Field H. Nagano, Keio University, Japan; A. Ohnishi, Institute of Space
(15, 3, p. 249) ARTICLE based on AIAA Paper 2000-1035 and Astronautical Science, Japan; and Y. Nagasaka, Keio
University, Japan (15, 3, p. 347) ARTICLE based on AIAA Paper
T01-034 Effect of Film-Hole Shape on Turbine-Blade Film- 2000-2510
Cooling Performance. Shuye Teng, Heat Transfer Research, Inc.;
Je-Chin Han, Texas A&M University; and Philip E. Poinsatte, NASA T01-046 Thermal Spreading Resistances in Compound
John H. Glenn Research Center at Lewis Field (15, 3, p. 257) Annular Sectors. Y. S. Muzychka, M. Stevanovic’, and M. M.
ARTICLE Yovanovich, University of Waterloo, Canada (15, 3, p. 354) ARTI-
CLE based on AIAA Paper 2000-0875
T01-035 Mass Transfer Distribution in Rotating, Two-Pass,
Ribbed Channels with Vortex Generators. V. Eliades, D. E. T01-047 Composite Lumped Model and Algebraic Solutions of
Nikitopoulos, and S. Acharya, Louisiana State University (15, 3, p. Unsteady Temperatures and Accumulated Heat Transfer.
266) ARTICLE Antonio Campo, /daho State University (15, 3, p. 360) ARTICLE
T01-036 Heat Transfer in a Channel with Dimples and T01-048 Pool Film-Boiling Heat Transfer from a Horizontal
Protrusions on Opposite Walls. Gazi I. Mahmood, Mounir Z. Downward-Facing Surface. Djati Walujastono, Toshinori Okuda,
Sabbagh, and Phillip M. Ligrani, University of Utah (15, 3, p. 275) and Kouichi Kamiuto, Oita University, Japan (15, 3, p. 368)
ARTICLE, Technical Note
J. THERMOPHYSICS, VOL. 15, NO. 4: 2001 INDEX 511
T01-049 Positivity of Entropy Production and Phase Density in T01-059 Influence Functions for the Infinite and Semi-Infinite
the Chapman-Enskog Expansion. Henning Struchtrup, Arizona Strip. Kevin D. Cole, University of Nebraska; and David H. Y. Yen,
State University, Canada (15, 3, p.'372) Technical Note Michigan State University (15, 4, p. 431) ARTICLE
T01-050 Resolution of Magnetogasdynamic Phenomena Using
T01-060 Three-Dimensional Inverse Estimation of Heat
a Flux-Vector Splitting Method. Patrick W. Canupp, Air Force
Generation in Board Mounted Chips. Cheng-Hung Huang and
Research Laboratory (15, 3, p. 373) Technical Note
Shun-Chung Cheng, National Cheng-Kung University, Taiwan,
T01-051 Experimental and Computational Study of Infared ROC (15, 4, p. 439) ARTICLE
Emission from Underexpanded Rocket Exhaust Plumes. J.
Stricker and M. Lev, Technion—Israel Institute of Technology, T01-061 Theoretical and Experimental Analysis on
Israel; and G. Avital, Y. Cohen, L. Gamss, Y. Kanelbaum, J. Thermoelectric Cooling Devices. Michele Anatone and Roberto
Macales, and B. Trieman, /srael Military Industries Ltd. (IMI), Cipollone, University of L’Aquila, Italy (15, 4, p. 447) ARTICLE
Israel; A. Sternlieb, DDR&D/IMOD (15, 4, p. 377) ARTICLE
T01-062 Analysis of a Single-Layer Thermophotovoltaic
T01-052 Investigation on the Effects of Body Force
System at Moderate Temperatures. Linda Z. Shi, Spencer Y. Xu,
Environment on Flat Heat Pipes. M. C. Zaghdoudi, ATHERM,
and R. F. Boehm, University of Nevada (15, 4, p. 453) ARTICLE
France; and C. Sarno, Sextant Avionique, France (15, 4, p. 384)
ARTICLE
T01-063 Performance of Multilayered Thermophotovoltaic
T01-053 Experimental Investigation of Oscillating Heat Pipes. Elements at Moderate Temperature. Linda Z. Shi and R. F.
Lanchao Lin, UES, Inc.; Rengasamy Ponnappan and John Leland, Boehm, University of Nevada (15, 4, p. 458) ARTICLE
Air Force Research Laboratory (15, 4, p. 395) ARTICLE based on
AIAA Paper 2000-2948
T01-064 Drag Model for Free Molecule Flow. John F. Belena,
Mississippi State University; and Z.U.A. Warsi, Mississippi State
T01-054 Experimental Evaluation of Triangular Microgrooved
University, (15, 4, p. 463) ARTICLE
on a Condensing Surface. Rodolfo Barron-Jimenez, Texas A&M
University; and G. P. Peterson, Rensselaer Polytechnic Institute (415,
4, p. 401) ARTICLE based on AIAA Paper 2000-0965 T01-065 Microfilter Simulations and Scaling Laws. David R.
Mott, Elaine S. Oran, and Carolyn R. Kaplan, U.S Naval Research
T01-055 Two-Phase Pressure Drop of Air—Water in Small Laboratory (15, 4, p. 473) ARTICLE
Horizontal Tubes. Ing Youn Chen and Kai-Shing Yang, National
Yunlin University of Science and Technology, Taiwan, ROC; and
T01-066 Molecular Dynamics Simulation of Dissociation
Chi-Chung Wang, Energy & Resources Laboratories Industrial
Kinetics. Andrew L. Kantor, Lyle N. Long, and Michael M. Micci,
Technology Research Institute, Taiwan, ROC (15, 4, p. 409) ARTI-
Pennsylvania State University (15, 4, p. 478) ARTICLE based on
CLE based on AIAA Paper 2001-1046
AIAA Paper 2000-0213
T01-056 Effects of Evaporation and Thermocapillary
Convection on Spreading and Contact Angle of Volatile Liquid T01-067 Emission and Raman Spectroscopy Measurements in
Droplets. David F. Chao, NASA John H. Glenn Research Center at Hypersonic Nitrogen Flows. H. Pilverdier, R. Brun, and M. P.
Lewis Field; and Nengli Zhang, Ohio Aerospace Institute (15, 4, p. Dumitrescu, Université de Provence, France (15, 4, p. 484) ARTI-
416) ARTICLE CLE
T01-057 Comparison of Standard and Heat-Pipe Fins with
T01-068 Shock Propagation Through a Low-Pressure Glow
Specified Tip Temperature Condition. W. Jerry Bowman and
Discharge in Argon. A. R. White and V. V. Subramaniam, The Ohio
Daniel Maynes, Brigham Young University (15, 4, p. 421)
State University (15, 4, p. 491) ARTICLE
ARTICLE
T01-058 Thermally Asymmetric Triangular Fin Analysis. H. S. T01-069 Variable Property Piston Effect. Howard Wagner,
Kang, Kangwon National University, Korea, and D. C. Look Jr., Pascal Hos, and Yildiz Bayazitoglu, Rice University (15, 4, p. 497)
University of Missouri-Rolia (15, 4, p. 427) ARTICLE ARTICLE