Numerical Heat Transfer. Part B: Fundamentals 2007: Vol 52 Index & Table of Contents

2007·0.93 MB·English

ISSN: 1040-7790
Numerical
Heat Transfer
An International Journal of Computation and Methodology
Part B: Fundamentals
Volume 52
2007
.< \ Taylor & Francis
in: tet Group
Numerical Heat Transfer
An International Journal of Computation and Methodology
PART B: FUNDAMENTALS
EDITOR-IN-CHIEF
W.J. Minkowycz
University of Illinois at Chicago
Department of Mechanical and Industrial Engineering
842 West Taylor Street, MC 251
Chicago, Illinois 60607-7022, USA
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E-mail: wjm @uic.edu
Executive Editorial Associate: R.M. Szandra
EDITORIAL ADVISORY BOARD
E.M. Sparrow, Chairman, Minneapolis, Minnesota, USA
N.K. Anand, College Station, Texas, USA D.W. Pepper, Las Vegas, Nevada, USA
A.J. Baker, Knoxville, Tennessee, USA M. Peric, Nuernbere, German
B.R. Baliga, Montreal, Quebec, Canada R.H. Pletcher, Ames, Jowa, USA
A. Bejan, Durham, North Carolina, USA G.D. Raithby, Waterloo, Ontario, Canada
C.-K. Chen, Tainan, Taiwan S. Ramadhyani, Minneapolis, Minnesota, USA
P. Cheng, Shanghai, China P.J. Roache, Albuquerque, New Mexico, USA
T.J. Chung, Huntsville, Alabama, USA G.E. Schneider, Waterloo, Ontario, Canada
G, Comini, Udine, Italy W. Shyy, Gainesville, Florida, USA
G. de Vahi Davis, Kensington, Australia B. Sunden, Lund, Sweden
A. Haji-Sheikh, Arlington, Texas, USA K.K. Tamma, Minneapolis, Minnesota, USA
Y. Jaluria, Piscataway, New Jersey, USA W.Q. Tao, Xi'an, Shaanxi, China
B.E. Launder, Manchester, UK J.F. Thompson, Mississippi State, Mississippi, USA
B.P. Leonard, Akron, Ohio, USA K. Vafai, Riverside, California, USA
J.Y. Murthy, West Lafayette, Indiana, USA S.P. Vanka, Urbana, Illinois, USA
H. Ozoe, Fukuoka, Japan R. Viskanta, West Lafayette, Indiana, USA
S.V. Patankar, Minneapolis, Minnesota, USA
Aims and Scope: Numerical Heat Transfer, Part B: Fundamentals is an international journal devoted to publishing papers on aspects of the
methodology for the numerical solution of problems of heat transfer, mass transfer and fluid flow. Also within the scope of the journal is the
modeling of complex physical phenomena prerequisite to the attainment of numerical solutions. Papers presenting numerical or experimental
results that support the methodology development are also appropriate to the journal. On the other hand, papers whose dominant thrust is the
attainment and presentation of numerical results should be submitted to a companion journal, Numerical Heat Transfer, Part A: Applications.
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November 2007
AUTHOR INDEX TO VOLUME 52
Anand, N. K., 471 Li, Z.-Y., 429
Asllanaj, F., 179 Lili, T., 131
Balima, O., 107
Miller, R. S., 297
Basak, T., 551
Miller, T. F., 387
Bennett, B. A. V., 1
Mishra, S. C., 373
Beya, B. B., 131
Mitra, K., 373
Moukalled, F., 353
Chandy, A. J., 33
Cheikh, N. B., 131
Chen, C. S., 409 Natarajan, E., 551
Cor, J. J., 387 Nihan Cayan, F., 281
Cubero, A., 507
Cumber, P. S., 201 Parent, G., 179
Passarelli, K. S., 201
Darwish, M., 353 Petit, D., 107
Dembele, S., 489
Dhir, V. K., 153
Richter, J. D., 387
Rodriguez, J., 531
Favennec, Y., 107, 323
Rosario, R. A. F., 489
Founti, M. A., 51
Roy, N. K., 373
Frankel, S. H., 33
Roy, S., 551
Fueyo, N., 507
Fukuyo, K., 341
Selcuk, N., 281
Glaze, D. J., 33 Shekhawat, N. S., 373
Glushkov, E. V., 409 Sheu, T. W.-H., 69
Glushkova, N. V., 409 Singh, R., 373
Gong, L., 429 Son, G., 153
Sraj, I., 353
He, Y.-L., 429 Srinivasant, S., 297
Ijaz, M., 471
Tao, W. Q., 231, 255, 429
Jan, Y.-J., 69
Vidal, A., 531
Jeandel, G., 179
Jin, W. W., 231, 255
Wen, J. X., 489
Katsourinis, D. I., 51
Kolaitis, D. I. 51 Yang, L., 449
SUBJECT INDEX TO VOLUME 52
Benchmark Solution for Time- Glazing Behaviour in a Fire
Dependent Natural Convection Environment using a Spectral
Flows with an Accelerated Full- Discrete Ordinates Method for
Multigrid Method, 131 Radiative Heat Transfer,
Investigation of, 489
Cell-by-Cell Thermally Driven Mushy
Cell Tracking Algorithm for Phase- Hessian and Fisher for Error Analysis in
Change Problems in Dendritic Inverse Heat Conduction Problems,
Solidification, A, 69 323
Compact Momentum Interpolation
Procedure for Unsteady Flows and Level Set Method for Analysis of Film
Relaxation, A, 507 Boiling on an Immersed Solid
Comparative Study of Modeling of Surface, A, 153
Radiative Heat Transfer using MOL Linear Fourier and Iteration-Delay
Solution of DOM with Gray Gas, Analysis of a Computational Fluid
Wide Band Correlated-k and Dynamics Problem During
Spectral Line-Based Weighted Sum Execution, 387
of Gray Gases Models, A, 281 Local Rectangular Refinement in Three
Coupled Incompressible Flow Solver on Dimensions (LRR3D):
Structured Grids, A, 353 Development of a Solution-
Adaptive Gridding Technique with
Design of High-Order Difference Application to Convection-
Scheme and Analysis of Solution Diffusion Problems, |
Characteristics—Part I: General
Formulation of High-Order Model Reduction on Heat Conduction
Difference Schemes and Analysis of with Radiative Boundary
Convective Stability, 231 Conditions using the Modal
Design of High-Order Difference Identification Method, 107
Scheme and Analysis of Solution Modeling of Short-Pulse Laser
Characteristics—Part II: A Kind Transport through a
of Third-Order Difference Scheme Participating Medium,
and New Scheme Design Theory, An Insight into the, 373
255
Direct Pressure Linking Method for Numerical Analysis of Precision
Turbulent Flow Computations, A, Quartz Oscillator Simulation:
531 An Area Corrected Flux
Finite-Volume Scheme, The,
Effect of Various Thermal Boundary 201
Conditions in a Trapezoidal Cavity Numerical Treatment of Periodic
with Linearly Heated Side Wall(s), Boundary Condition for
551 Temperature, Discussion on, 429
SUBJECT INDEX
Parallel Nonequilibrium Molecular Simulation of Unsteady Incompressible
Dynamics Simulations of Heat Viscous Flow using Higher Order
Conduction in Heterogeneous Implicit Runge-Kutta Methods—
Materials with Three Body Staggered Grid, 471
Potentials: Si/Ge Superlattice, Stability of Saul’yev’s Methods with
On, 297 Nonuniform Grids, 341
Parallelizing the Discrete Ordinates
Method (DOM) for Three- Thermo-Physical Models on
Dimensional Radiative Heat Underground Coal Gasification and
Transfer Calculations using a FEM Analysis, 449
Priority Queuing Technique, 33 Transient Radiation and Conduction
Heat Transfer in a Gray Absorbing -
Emitting Medium Applied on Two-
SemiAnalytical Solution to Heat Dimensional Complex Shaped
Transfer Problems Using Domains, 179
Fourier Transform Technique, Turbulent Sprays Evaporating under
Radial Basis Functions and the “Stabilized Cool Flame”
Method of Fundamental Solutions, Conditions: Assessment of Two
409 CFD Approaches, 51