Table Of Content

AUTHOR INDEX TO VOLUME 45 Asinari, P., 221 Maliska, C. R., 319 Asmar, D., 49 Moukalled, F., 49. 343, 495, 523 Bergstrom, D. J., 201 Ochoa. O.. 181 Brassington, G. B., 449 Browne, D. J., 395 Prasanna Kumar, T. S., 541 Chen, B., 181 Qu, Z. G., 19 Chen, M. M., 421 Choi, S. K., 189 Craft. T. J. 301 Radhouani, M. S., 565 Rani, S. L., 99 Daouas, N., 421, 565 Salama, A. A., 385 Dargush, G. F., 109 Sheu, T. W. H., 263 Darwish, M., 49, 343, 495, 523 Fengzhi, L., 249 Tao, W. Q., 1, 19 Fukuyo, K., 369 Tao, Z.Q., | ; Tong, L., 181 Tu, J. Y., 475 Gant, S. E., 301 Grigoriev, M. M., 109 Gu. Y.. 181 Vanka, S. P., 99 Guessous. L.. 135 Vieira de Vasconcellos, J. F., 319 He, Y. L., 1, 19 Wang, B. C., 201 Hunt, J. D., 395 Wei, X., 283 Winkler, C. M., 99 lacovides, H., 301 Yeoh, G. H., 475 Jung, J. Y., 421 Yi, L., 249 Yilbas, B. S., 75 Kim, E.-K., 159 Yingxi, L., 249 Kim, S.-O., 159 Zhang, H., 181 Launder, B. E., 301 Zhang, J., 283 Lee, H. J., 421 Zhongxuan, L., 249 Lin, R. K., 263 Zhou, L., 283 AUTHOR INDEX TO VOLUME 45 Asinari, P., 221 Maliska, C. R., 319 Asmar, D., 49 Moukalled, F., 49. 343, 495, 523 Bergstrom, D. J., 201 Ochoa. O.. 181 Brassington, G. B., 449 Browne, D. J., 395 Prasanna Kumar, T. S., 541 Chen, B., 181 Qu, Z. G., 19 Chen, M. M., 421 Choi, S. K., 189 Craft. T. J. 301 Radhouani, M. S., 565 Rani, S. L., 99 Daouas, N., 421, 565 Salama, A. A., 385 Dargush, G. F., 109 Sheu, T. W. H., 263 Darwish, M., 49, 343, 495, 523 Fengzhi, L., 249 Tao, W. Q., 1, 19 Fukuyo, K., 369 Tao, Z.Q., | ; Tong, L., 181 Tu, J. Y., 475 Gant, S. E., 301 Grigoriev, M. M., 109 Gu. Y.. 181 Vanka, S. P., 99 Guessous. L.. 135 Vieira de Vasconcellos, J. F., 319 He, Y. L., 1, 19 Wang, B. C., 201 Hunt, J. D., 395 Wei, X., 283 Winkler, C. M., 99 lacovides, H., 301 Yeoh, G. H., 475 Jung, J. Y., 421 Yi, L., 249 Yilbas, B. S., 75 Kim, E.-K., 159 Yingxi, L., 249 Kim, S.-O., 159 Zhang, H., 181 Launder, B. E., 301 Zhang, J., 283 Lee, H. J., 421 Zhongxuan, L., 249 Lin, R. K., 263 Zhou, L., 283 SUBJECT INDEX TO VOLUME 45 Bubble Mechanistic Model for (Coupled and Linked Equations Subcooled Boiling Flow Algorithm Revised) Part II Predictions, 475 Application Examples, 19 Comparative Assessment within a A Pseudo-Spectral Numerical Scheme Multigrid Environment of for the Simulation of Steady and Segregated Pressure-Based Oscillating Wall-Bounded Algorithms for Fluid Flow at All Flows, 135 Speeds, 49 A Serial Solution for the 2-D Inverse Finite-Volume Method Based on Heat Conduction Problem fo Voronoi Discretization for Fluid Estimating Multiple Heat Flux Flow Problems, 319 Components, 541 Fixed Grid Front-Tracking Model of An Efficient Solution Scheme for the Growth of a Columnar Front Applying the Integral-Typs and an Equiaxed Grain During Dynamic Localization Subgrid- Solidification of an Alloy, 395 Scale Model in Turbulence with 1 Four-Step Time Splitting Scheme Homogeneous Directions, 201 for Convection-Diffusion Equation, 263 Computation of Turbulent Natural New Algebraic Mass Flux Model for Convection in a Rectangular Cavity Simulating Turbulent Mixing in with the k—e—v-—f Model, 159 Swirling Flow, 283 New Algorithm for Computing Efficiency and Accuracy of Higher- Binary Collisions in Dispersed Order Boundary-Element Methods Two-Phase Flows, 99 for Steady Convective Heat New Approach of the Kalman Filter Diffusion, 109 Using Future Temperature Entropy Analysis and Improved Measurements for Nonlinear Formulation of Electron Kinetic Inverse Heat Conduction Theory Approach for Laser Short- Problems, 565 Pulse Heating, 75 New Wall Function Strategy for Complex Turbulent Flows, 301 Novel Segregated Algorithm for Finite Analytic Method Based on Incompressible Fluid Flow and Power Series Expansion for Heat Transfer Problems-CLEAR Unsteady Heat Conduction (Coupled and Linked Equations Problems, 369 Algorithm Revised) Part I: Finite-Volume and Finite-Element Mathematical Formulation and Hybrid Technique for the Solution Procedure, | Calculation of Complex Heat Novel Segregated Algorithm for Exchanges by Semiexplicit Method Incompressible Fluid Flow and for Wall Temperature Linked Heat Transfer Problems-CLEAR Equations (Sewtle), 221 SUBJECT INDEX Fourth-Order, Conservative, Control- Pressure-Based Algorithms for Multi- Volume Finite Differences for fluid Flow at all Speeds—Part II: Boundary Cells, 449 Geometric Conservation Formulation, 523 Higher-Order Method for Solving Free Boundary-Value Simple, Accurate Treatment of Curved Problems, 385 Boundaries with Dirichlet and Neumann Conditions, 421 Numerical Simulation of Coupled Heat and Mass Transfer in Hygroscopic The Performance of Geometric Porous Materials Considering Conservation-Based Algorithms the Influence of Atmospheric for Incompressible Multifluid Pressure, 249 Flow, 343 Transient Heat Transfer Analysis of Pressure-Based Algorithms for Multi- Functionally Graded Materials fluid Flow at all Speeds Using Adaptive Precise Time Part I: Mass Conservation Integration and Graded Finite Formulation, 495 Elements, 181