Numerical Heat Transfer. Part A: Applications 2003: Vol 44 Index

7 Pages·2003·0.87 MB·English

ISSN: 1040-7782
Numerical
Heat Transfer
An International Journal of Computation and Methodology
Part A: Applications
Taylor & Francis
Taylor & Francis Group
Numerical Heat Transfer
An International Journal of Computation and Methodology
PART A: APPLICATIONS
EDITOR-IN-CHIEF
W.J. Minkowycz
University of Illinois at Chicago
Department of Mechanical and Industrial Engineering
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EDITORIAL ADVISORY BOARD
E.M. Sparrow, Chairman, Minneapolis, Minnesota, USA
N.K. Anand, ¢ Station, 1 D.W. Pepper, Las | egas, Nevada, USA
A.J. Baker, Ky Tenness 1 M. Peri¢, Naerbere, Germany
B.R. Baliga, \lontrea/, C , Canada R.H. Pletcher, «imes, lowa, US
A. Bejan, Durham, Nor arolina, USA G.D. Raithby, | a/er/oo, Ontars
C.-K. Chen, J S. Ramadhyani, \//
P. Cheng, Kou Roache, -1/ha
T.J. Chung, Hints Schneider, liu
G. Comini, | I W. Shyy, Gainesvz
. de Vahl Davis, ! neton, Australia B. Sunden|, w d, 5)
K.K. Tamma, \//»
Y. Jaluria, ): , I
B.E. Launder, \ances 1 J.E Thompson, \essrssppr State,
B.P. Leonard, i£ron, ( 1 K. Vafai, Riverside, Californ
J.Y. Murthy, I est Lafayette, Indiana, 1 S.P. Vanka, (rhana,
H. Ozoe, Hukuoka, Japa R. Viskanta, Iles
S.V. Patankar, \/ s, M.
Aim and Scope: Numerical Heat Transfer, Part A: Applications is an international vehicle for the publication of numerically based, results-oriented papers
dealing with problems in heat transfer, mass transter, and fluid flow. The underlying numerical solutions may be based eithero n available methodology
or on adaptations of moderate extensions of available methods. ‘The presentation of experimental results which support the numerical solutions is
also acceptable. However, papers whose main focus is on innovative numerical methodology development should be submitted to a companion
journal, Numerical Heat Transfer, Part B: Fundamentals.
\bstracted/indexed in: Applied Mechanics Review; CSA Aluminum Industry Abstracts; CSA Computer Information Systems Abstracts; CSA Engi
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in Mechanical Engineering (ISMEC); Materials Science Citation Index™,; Nova Information Services Co.; Research Alert; Science Citation Index; and
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AUTHOR INDEX TO VOLUME 44
Abraham., J. P., 105 Hirano, H., 97
Aggarwal, S. K., 683 Hohota, R., 483
Ajersch, F., 463 Hyun, J. M., 169
Beckermann, C., 559 Ilinca, F., 463
Beraun, J. E., 705 Inaoka, K., 811
Biswas, G., 315 Ingham, D. B., 743
Borggaard, J., 611 Iwai, H., 811
Borjini, M. N., 199
Borrello, C. D., 723 Joubert, P., 789
Chen, C.-L., 645
Kawaguchi, Y., 39
Chen, J. K., 705
Kim, K. H., 169
Chen, W.-R., 433
Kim, K. Y., 521
Chen, Z. Q., 375
Kim, M. C., 521
Chen, Z. Q., 399
Kim, O. J., 335
Cheng, C.-H., 645
Kim, S. Y., 771
Choi, H., 59
Kim, S., 521
Choi, Y. K., 833
Kuznetsov, A. V., 771
Chowdhury, I. H., 219
Chung, B.-J., 521
Lacoste, E., 723
Comini, G., 21
Leakeas, C. L., 127
Consalvi, J. L., 505
Lee, D., 59
Lee, J. S., 833
Dai, W., 577
Lee; S, H., 833
de Miranda, R. F., 299
Leppinen, D. M., 625
Ebadian, M. A., 149 Lin, C. X., 149
Elliott, L., 743 Liu, S., 537
Eswaran, V., 315 Loraud, J. C.,
Farhat, H., 199 Machado, H. A., 299
Feng, Z., 577 Maeng, J.-S., 59
Mahanta, P., 183
Gore, J. P., 335 Mishra, S. C., 183
Gulkac, V., 85 Mishra, S. C., 281
Guo, J., 559 Mitra, K., 183
Mukhopadhyay, A., 683
Harrison, R. P., 451
He, Y. L., 375 Nassar, R., 577
He, Y. L., 399 Nieh, S., 591
Hetu, J.-F, 463 Niki, H., 97
AUTHOR INDEX
Okamoto, N., 97 Spall, R. E., 451
Ozis, T., 85 Sparrow, E. M., 105
Ozoe, H., 97 Sunden, B., 255
Suzuki, K., 811
Park, S., 833
Pelletier, D., 611
Talukdar, P., 281
Pop, I., 743
Tao, W. Q., 375
Porterie, B., 505
Tao, W. Q., 399
Prabhakar, V., 315 Tatsumi, K., 811
Prakash, R., 73
Teodosio, C. I., 483
Puri, I. K., 683
Tham, C. L., 705
Tong, A. Y., 1
Qin, X., 683
Quéere, P. L., 789
Vaszi, A. Z., 743
Radhouani, M. S., 199 Viskanta, R., 335
Rahman, M., 355
Rath, P., 183 Wei, J. J., 39
Reitz, R. D., 665 Wiedenhoefer, J. F., 665
Rokni, M., 255
Rusaouen, G., 483 Xu, X., 219
Saha, U. K., 183 Yang, L., 537
Sandeep, K., 73 Yu, B., 39
Sergent, A., 789 Yuan, J., 255
Sharif, M. A. R., 127, 355, 233
Shih, Y. C., 851 Zhang, J., 591
Singh, I. V., 73 Zheng, B., 149
Singh, S., 233 Zhu, X. L., 335
SUBJECT INDEX TO VOLUME 44
A Numerical Study on the Hydro- Development of a Local Subgrid
dynamics and Heat Transfer of a Diffusivity Model for Large-Eddy
Circular Liquid Jet Impinging onto Simulation of Buoyancy-Driven
a Substrate, | Flows: Application to a Square
A Combined Analytic and Numerical Differentially Heated Cavity, 789
Method for Predicting the Solid- Discrete Transfer Method Applied
Layer Growth from Melt to Transient Radiative Transfer
Crystallization, 577 Problems in Participating
A Multidimensional Radiation Model Medium, 183
for Diesel Engine Simulation with
Comparison to Experiment, 665 Effect of Aspect Ratio on Convection
A Numerical Investigation of Gas Enhancement in Wavy
Flow and Heat Transfer in Channels, 21
Proton Exchange Membrane Effects of ThermalDiffusion and
Fuel Cells, 255 Substrate Temperature on
Application of Variable Interchange Silicon Deposition in an
Method for Solution of Two- Impinging-Jet CVD Reactor, 127
dimensional Fusion Problem
With Convective Boundary
Heat Transfer Analysis of Two-
Conditions, 85
Dimensional Fins Using a
An Attempt at Numerical Calculation
Meshless Element Free Galerkin
of Natural Convection Using
Method, 73
Preconditioned Iterative
Heat Transfer in Femtosecond Laser
Methods, 97
Processing of Metal, 219
Analysis of Radiative Heat Transfer
in a Partitioned Idealized
Influence of Boundary Conditions
Furnace, 199
Uncertainties on the Simulation
Applications of Continuous Sensitivity
of Ventilated Enclosures, 483
Equations to Flows with
Inverse Estimation of Temperature-
Temperature-Dependent
Dependent Thermal Conductivity
Properties, 611
and Heat Capacity per Unit
Combined Turbulent Forced Convec- Volume with the Direct Integration
tion and Thermal Radiation in Approach, 521
a Curved Pipe with Uniform Investigation of Thermal Response
Wall Temperature, 149 Caused by Pulse Laser Heating,
Computation of Slip Flow in Micro- 705
Channels Using Langmuir Slip
Condition, 59 Mixed Convective Cooling of a
Conjugate Free Convection from Rectangular Cavity with Inlet and
Vertical Fins Embedded Exit Openings on Differentially
in a Porous Medium, 743 Heated Side Walls, 233
SUBJECT INDEX
Numerical Study of Laminar Natural Nonequilibrium Porous Model in a
Convection in Inclined Rectangular Jet Impinging Channel, 771
Enclosures of Various Aspect
Ratios, 355 Prediction of Self-Absorption in
Numerical Analysis for Heat Transfer Opposed Flow Diffusion and
Characteristics of an Oblique Partially Premixed Flames Using
Discrete Rib Mounted in a a Weighted Sum of Gray Gases
Square Duct, 811 Model (WSGGM)-Based Spectral
Numerical Analysis on Heat Transfer Model, 335
Characteristics of a Silicon Film
Irradiated by Pico-To Femtosecond Simulation of Swirling Turbulent Flows
Pulse Lasers, 833 and Heat Transfer in an Annular
Numerical Prediction of Buoyancy- Duct, 591
Induced Periodic Flow Pattern Simultaneous Natural-Convection
and Heat Transfer in a Lid-Driven Heat Transfer Above and Below
Arc-Shape Cavity, 645 an Isothermal Horizontal Thin
Numerical Prediction of Heat Plate, 39
Transfer in a Channel with a Steady Natural Convection in a Tilted
Built-in Oval Tube and Various Long Cylindrical Envelope with
Arrangements of the Vortex Lateral Adiabatic Surface, Part 1:
Generators, 315 Theoretical Modeling and
Numerical Simulation of the Liquid Numerical Treatments, 375
Flow into a Porous Medium with Steady Natural Convection in a Tilted
Phase Change: Application Long Cylindrical Envelope with
to Metal Matrix Composites Lateral Adiabatic Surface, Part 2:
Processing, 723 Heat Transfer Rate, Flow Patterns
Numerical Simulation on Heat and and Temperature Distributions, 399
Mass Transfer in the Process
of Underground Coal
The Effects of Partition Thickness on
Gasification, 537
Buoyant Exchange Flow through
Numerical Study of Heat Transfer
a Horizontal Opening, 451
Performance on the Air Side
The Erosion of a Salinity Step by
of Evaporator for a Domestic
Distributed and Localized
Refrigerator, 851
Heat Sources, 625
Numerical Study of Thermal Wall
Three-Dimensional Laminar and
Boundary Effects for Transient
Turbulent Natural Convection
Natural Convection Between
in a Continuously /Discretely
Concentric and Vertically
Wall-Heated Enclosure Containing
Eccentric Spheres, 433
a Thermal Load, 105
Three-Dimensional Numerical
On the Use of Gray Assumption for Simulation of Turbulent Flow and
Modeling Thermal Radiation Heat Transfer in a Continuous
Through Water Sprays, 505 Galvanizing Bath, 463
Operation Limits for Rotating Three-Dimensional Simulation of
Cylindrical Heat Pipes, 299 Freckle Formation During
Optimization of Pin-Fin Heat Sinks Binary Alloy Solidification:
Using Anisotropic Local Thermal Effect of Mesh Spacing, 5597
SUBJECT INDEX TO VOLUME 44
Transient Buoyant Convection in Visualization of Scalar Transport in
an Enclosure by Sudden Nonreacting and Reacting Jets
Imposition of Gravity, 169 Through a Unified “Heatline”
Transient Conduction-Radiation and **Massline” Formulation,
Interaction in a Planar Packed 683
Bed with Variable Porosity, 281