Table Of Content

INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN FLUIDS Int. J. Numer. Meth. Fluids 2006; 50:1475—1476 AUTHOR INDEX Agnon, Y., 925 Garcia-Navarro, P., 63 Mallinson, G., 1357 Ahmad, N. N., 1247 Gebhardt, J., 1085 Margolin, L. G., 1193 Al-Anizi, S. S., 885 Gill, P. M., 649 Marjavaara, B. D., 911 Asenjo, E. B., | Gjesdal, T., 1297 Martinelli, L., 199 GokcGl, C., 421 Martinez, M. J., 347 Bacon, D. P., 1247 Goulas, A., 103 McBride, D., 1085 Badilla, L., 751 Greaves, D. M., 693 Milane, R. E., 27 Badr, H. M., 885 Gresho, P. M., 673 Mingham, C. G., 1381 Baker, T. J., 199 Griebel, M., 437 Mittal, S., 987, 1405 Ben-Mansour, R., 885 Grillet, A. M., 263 Mondy, L. A., 263 Bennett, C., 1085 Guinot, V., 309 Moyle, K., 1357 Borggaard, J., 817 Gutowski, W. J., 1207 Murillo, J., 63 Bouizi, O., 947 Brufau, P., 63 Habib, M. A., 885 Nithiarasu, P., 1119 Burguete, J., 63 Hali, M. S., 1247 Niu, X. D., 1321 Ham, F. E., 579 Nixon, J. B., 649 Carriére, P., 555 Hecht, M. W., 1159 Noronha, A. P., 511 Castro, C. E., 275 Helluy, P., 1029 Causon, D. M., 1381 Ortiz, P., 1229 Hetu, J.-F., 1445 Chen, X., 767 Chew, Y. T., 1321 Hristova, H., 817 Pan, D., 733 Choi, D.W., 165 Hu, K., 1381 Pelletier, D., 147, 817 Chuech, S. G., 1461 Pironneau, O., 673 Claeyssen, J. R., | Ilinca, F., 1445 Prusa, J. M., 1207 Coquel, F., 1029 Jacobitz, F. G., 863 Que, Y.-T., 1003 Corberan-Salvador, J. M., 1063 Jain, M. K., 1405 Cowan, B., 1357 Jameson, A., 199 Ramm, E., 1369 Croft, N., 1085 John, V., 713, 845 Ravindran, S. S., 531 Cross, M., 1085 Reif, B. A., 1297 Kanna, P. R., 683, 973 Rider, W. J., 1145 Das, M. K., 683, 973 Khayat, R. E., 511 Rubio, O., 1 de Vahl Davis, G., 1295 Kumar, B., 987 Rutland, C. J., 863 Delcarte, C., 947 Kumar, S., 795 Derdouri, A., 1445 Said, S. A. M., 885 DesJardin, P. E., 469 Lakis, A. A., 397 Sani, R. L., 673 Dupuis, A., 255 Lee, J. W., 649 Sarma, A., 1247 Durdu,O . F., 491 Lee, S. H., 377 Schneider, J., 1029 Duvigneau, R., 147 Lee, S., 165 Shao, J., 1335 Leung, D. Y. C., 623 Shao, S., 597 Engel, M., 437 Liakos, A., 713 Shashkov, M., 1193 Erturk, E., 421 Lien, F. S., 579 Shen, J., 673 Etienne, S., 817 Lin, P. T., 199 Shu, C., 1321 Forster, C., 1369 Lin, P., 1425 Smith, P. J., 795 Liu, C., 623 Smolarkiewicz, P. K., 1123, Galvez, M., 751 Lu, C.-Y., 235 1229, 1269 Garcia-Cascales, J. R., 1063 Lundstr6m, T. S., 911 Soares-Frazao, S., 309 1476 AUTHOR INDEX Soni, B. K., 377 Tsay, T.-K., 219 Wu, C. W., 131 Stern, F., 1335 Tsui, Y.-Y., 235 Wu, N.-J., 219 Strong, A. B., 579 Sun, H. X., 131 Valencia, A., 751 Xu, K., 1003 Syrakos, A., 103 Szmelter, J., 1121, Wall, W. A., 1369 Yeomans, J. M., 255 1269 Wang, D., 1425 Yoon, S. S., 469 Wang, J. K., 27 Young, D. L., 219 Teubner, M. D., 649 Wang, Y., 863 Toledo, Y., 925 Wasberg, C. E., 1297 Zarate, A., 751 Toorani, M. H., 397 Wedi, N. P., 1175 Zha, G.-C., 767 Toro, E. F., 275 Wilson, R., 1335 Zhang, J., 511 INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN FLUIDS Int. J. Numer. Meth. Fluids 2006; 50:1477—1478 KEY WORD INDEX 3D lattice Boltzmann, 1321 Continuous sensitivity equation Galerkin projection scheme, 511 3D numerical model, 1425 method, 147 Gas-kinetic scheme, 1003 3D rotational angiography, 751 Control volume finite element, GCL, 1369 3D simulation, 1445 347 General circulation modelling, 8:1 thermally driven cavity, 1297 Convergence rate, 795 1159 Coupled multigrid method, 845 Generalized coordinates, 767 Accurate numerical methods, 925 Cylindrical shells, 397 Geometric conservation law, 437 Adaptive FEM, 147 Geophysical flows, 1207 Adaptive grids, 693 Deforming domain, 1369 Geophysical fluid dynamics, 1247 Adjoint method, 947 DGCL, 1369 Godunov scheme, 1029 Advection, 1193 Diffuser, 911 Godunov-type schemes, 309 Advection—diffusion, 347 Diffusion-velocity method, 27 Grease lubrication, 511 Advective-form semi-Lagrangian, Direct numerical simulation Grid adaptivity, 1207 1175 (DNS), 623, 1175 Air intake, 1405 Distribution, 469 Heap leaching, 1085 ALE, 1369 Draft tube, 911 Heat exchanger, 885 Analytical solutions, 309 Driven cavity flow, 421 Heat transfer, 1321 Approximate Riemann solver, Droplet, 469 Herschel—Bulkley model, 511 1381 Dynamic eddy viscosity, 27 Heterogeneous media, 1085 Approximated velocity fields, 555 Hierarchical grids, 693 Arbitrary Lagrangian—Eulerian Energy budget, 1175 High Reynolds number solutions, method, 437 Energy solution, 683 421 Artificial compressibility, 199 Entrainment, 973 High-order compact scheme, 421 Atmospheric simulation, 1247 Entropy, 1029 Higher-order finite analytic Euler equations, 1405 scheme, 377 Backward step flow, 683 Experimental validation, 1445 Higher-order finite elements, 845 Beetle, 255 Explicit schemes, 63 HOC, 421 Homogeneous shear flow, 863 Bioengineering, 1357 Hopf bifurcation, 987 BBlooucnkdaagrey, c9o8n7d ition, 377, 973 FFiEltMe,r, 585653 Hydropower, 911 Boundary derivatives Filtered probability density Hyperbolic equations, 275 reconstruction, 147 function, 27 Hyperbolic systems, 1063 Hyperbolic systems of BBoouunnddaarryy elalyeemre nts andm etdhuonde, 263 FFiinnigteer , di4f6f9e rence methods, 1159 conservation laws, 309 coupling, 1229 Finite element method Immersed boundary method, 733 Boussinesq approximation, 1297 (FEM), 623, 987 Impact, 469 Boussinesq methods, 925 Finite element, 1405, 1445 Implicit large eddy simulation, Branching flows, 235 Finite volume discretization, 437 1145 Finite volume method, 1381, Implicit pressure-correction Canal automation, 491 1123,1269 method, 733 Cerebral aneurysm, 751 Finite volume, 63, 103 in vivo, 751 Certification, 1335 Fixed point iteration, 845 Incompressible flow, 1, 673, CFD, 911, 1335 Flow across a step, 713 817, 1297 Circular cylinder, 987 Flow stability, 947 Incompressible Navier-Stokes, Clustered grids, 683 Flow-induced structure, 263 579 Co-injection, 1445 Flow-induced vibrations, 397 Incompressible Navier-Stokes Coastal and offshore engineering, Fluid models, 1123 equations, 845 925 Fluid turbulence, 623 Incompressible scheme, 597 Collocation spectral method, 947 Fluid—structure interaction, Incompressible viscous fluid, Colocated grids, 103 397, 437 693 Composite, 397 Flux-form finite volume, 1175 Irreversible losses, 1357 Computational fluid dynamics, Fontan connection, 1357 751, 1357 Free boundary, 131 Kalman filter, 491 Computational methods, 1159 Free surface, 693, 1425 k—« model, 597 Continuous mappings, 1207 Free surface flow, 377, 649 k—e turbulence model, 649 1478 KEY WORD INDEX Large CFL, 63 Operator splitting, 1297 Solitary wave, 1003 Large eddy simulation, 27 Optimal control, 531 Solution adaptation, 199 Lattice Boltzmann model, 255 Optimization, 911 Solvers, 795 LES, 579, 863 Order of accuracy, 1145 Spatial instability, 1461 Linear stability analysis, 987 Spectral element method, 1297 Linear theories, 469 Passive scalar plume, 623 Spectral method, 511 Loosely coupled method, 165 Patterned substrate, 255 SPH, 597 Lyapunov exponents, 555 Percolation flow, 1085 Splashing, 469 Lyapunov fuzzy filter, 491 Picard iterations, 795 Spray, 469 Plane wall jet, 973 Start-up, 1405 Mesh patching, 1381 POD, 531 Steady 2-D incompressible N—S Mesh refinement, 1269 Porosity, 309 equations, 421 Meshless numerical method, 219 Preconditioned GMRES, 649 Stratified flows, 1425 Method of fundamental Pressure boundary conditions, Streamfunction, 973 solutions, 219 235, 673 Streamline upwind control Micro flows, 1321 Pressure Neumann condition, | volume, 347 Microstructure, 263 Pressure Poisson equation, 673 Strongly coupled method, 165 Mixed compression, 1405 Primitive variables, | Supersonic flow, 1405 Mixing layer, 27 Projection methods, 795 Suspension, 263 Modelling sand dunes, 1229 Symmetric coupled Gauss— Modified equation analysis, 1145 QBO, 1175 Seidel, 579 Momentum interpolation, 103 Quadratic programming, 131 Symmetry breaking, 235 Moving boundaries, 199, 219 Quadtrees, 693 Moving boundary fitted grids, 437 Thermocapillary convection, 947 MMSPGD ATmAul,t igr1i1d7,5 , 57192 07, 1247 Radial basis functions, 219 Time discretization, 1369 Multi-block, 1381 Reattachment length, 683 Time19-9d ependent calculation, Recirculating vortices, 235 Time-dependent flows, 817 Natural convection, 1297 Remapping, 1193 Total cavopulmonary Navier—Stokes, 147, 817 Response surface methodology, connection, 1357 Navier-Stokes equations, 437, 911 Truncation error, 103 693, 713, 767, 795 Reversible and irreversible energy Tube sheet, 885 Navier-Stokes equations flux, 1175 solver, 1425 Reynolds-averaged Navier-Stokes TTuwrob-uelqeunactei,o n 597t,u rb1u1l7e5n ce model Nearby solutions, 817 equations, 165 Newton’s method, 845 Rheology, 263 Twoe-qfulautiido nsf,l ow1, 65 1063 Newton—GMRES, 649 Riemann solver, 275, 309 Two-phase flow, 275, 1063 Newton—Raphson method, 1461 Roll wave, 1003 Non-conservative form, 275 Rotating duct, | Non-conservative upwind Uncertainty analysis, 817 methods, 275 Saltation, 1229 Unstructured Cartesian meshes, Non-hydrostatic pressure, 649 Sand avalanches, 1229 733 Unstructured grids, 63 1247 Non-Newtonian flow, 511 Satellite, 469 Non-Newtonian fluid, 751 Saturated-unsaturated flow, 1085 Unstructured mesh, 199, 1269 Non-reflective boundary Second order, 1029 Upwind method, 63 conditions, 767 Second-order time accuracy, 1369 Nonlinear model reduction, 531 Secondary instability, 469 Validation, 1335 Nonlinear shallow water Sediment dumping, 1425 Verification, 1335 equations, 1381 Sensitivity analysis, 817 Viscous dissipation, 1357 Nonlinear water waves, 219 Sensitivity equations, 817 Viscous liquid sheet, 1461 Nonlinear waves, 925 SGS model, 863 Volume of body, 733 Nonoscillatory, 1145 Shallow water equations, Volume of fluid, 693 Nonoscillatory advection 309, 1003 Von Neumann stability analysis, schemes, 1123 Shallow water flow, 63 165 Nonoscillatory forward-in-time Shape sensitivity, 147 Vortex shedding, 531 schemes, 1269 Shattering, 469 Vortex-in-cell, 27 Nonoscillatory methods, 1193 Shell-and-tube, 885 Numerical conservation, 347 Sign-preserving, 1145 Wall slip, 131 Numerical methods, 1247 SIMPLER, 795 Wave breaking, 597, 1175 Numerical solution, 683 Slip with friction boundary Wave overtopping, 597 conditions, 713 Wave—wave and wave—mean Ocean modelling, 1159 Smagorinsky, 27 flow interaction, 1175 Open-channel flow, 491, 623 Solid-particle erosion, 885 Wetting, 255 CONTENTS Volume 50, Issue Nos. 1—12 (2006) International Journal for NUMERICAL METHODS IN FLUIDS Issue No. 1, 10 January Rotating incompressible flow with a pressure Neumann condition: J. R. Claeyssen, E. B. Asenjo and O. Rubio Large eddy simulation (2D) of spatially developing mixing layer using vortex-in-cell for flow field and filtered probability density function for scalar field: J. K. Wang and R. E. Milane Extension of an explicit finite volume method to large time steps (CFL>1): application to shallow water flows: J. Murillo, P. Garcia-Navarro, P. Brufau and J. Burguete .... Estimate of the truncation error of finite volume discretization of the Navier-Stokes equations on colocated grids: A. Syrakos and A. Goulas Issue No. 2, 20 January Quadratic programming algorithm for wall slip and free boundary pressure condition: C. W. Wu and H. X. Sun On accurate boundary conditions for a shape sensitivity equation method: R. Duvigneau and D. Pelletier On coupling the Reynolds-averaged Navier-Stokes equations with two-equation turbulence model equations: S. Lee and D. W. Choi Two-dimensional implicit time-dependent calculations on adaptive unstructured meshes with time evolving boundaries: P. T. Lin, T. J. Baker, L. Martinelli and A. Jameson .. . Meshless numerical simulation for fully nonlinear water waves: N.-J. Wu, T.-K. Tsay and D.L. Young A study of the recirculating flow in planar, symmetrical branching channels: Y.-Y. Tsui Droplets on patterned substrates: Water off a beetle’s back: A. Dupuis and J. M. Yeomans Issue No. 3, 30 January Microstructure development in concentrated suspensions in a spinning ball rheometer: A. M. Grillet and L. A. Mondy A Riemann solver and upwind methods for a two-phase flow model in non-conservative form: C. E. Castro and E. F. Toro Flux and source term discretization in two-dimensional shallow water models with porosity on unstructured grids: V. Guinot and S. Soares-Frazao Comparison of Galerkin and control volume finite element for advection—diffusion problems: M. J. Martinez iv Finite analytic boundary condition for a higher-order finite analytic scheme: S. H. Lee and B. K. Soni Issue No. 4, 10 February Swelling effect on the dynamic behaviour of composite cylindrical shells conveying fluid: M. H. Toorani and A. A. Lakis Fourth-order compact formulation of Navier-Stokes equations and driven cavity flow at high Reynolds numbers: E. Erturk and C. Gdkcdl Flow simulation on moving boundary-fitted grids and application to fluid—structure interaction problems: M. Engel and M. Griebe: Modelling spray impingement using linear stability theories for droplet shattering: S. S. Yoon and P. E. DesJardin Control of transient flow in irrigation canals using Lyapunov fuzzy filter-based Gaussian regulator: O. F. Durdu Three-dimensional lubrication flow of a Herschel—Bulkley fluid: J. Zhang, R. E. Khayat and A. P. Noronha Issue No. 5, 20 February Reduced-order controllers for control of flow past an airfoil: S. S. Ravindran Lyapunov spectrum determination from the FEM simulation of a chaotic advecting flow: P. Carriére Multiple semi-coarsened multigrid method with application to large eddy simulation: F.E. Ham, F. S. Lien and A. B. Strong Incompressible SPH simulation of wave breaking and overtopping with turbulence modelling: S. Shao Finite element solution to passive scalar transport behind line sources under neutral and unstable stratification: C.-H. Liu and D. Y. C. Leung Issue No. 6, 28 February A 3-D non-hydrostatic pressure model for small amplitude free surface flows: J. W. Lee, M. D. Teubner, J. B. Nixon and P. M. Gill Pressure boundary condition for the time-dependent incompressible Navier— Stokes equations: R. L. Sani, J. Shen, O. Pironneau and P. M. Gresho A short note on the reattachment length for BFS problem: P. R. Kanna and M. K. Das . . . Simulation of viscous water column collapse using adapting hierarchical grids: D. M. Greaves Time-dependent flow across a step: the slip with friction boundary condition: V. John and A. Liakos An immersed boundary method for incompressible flows using volume of body function: D. Pan Non-Newtonian blood flow dynamics in a right internal carotid artery with a saccular aneurysm: A. Valencia, A. Zarate, M. Galvez and L. Badilla Erratum Issue No. 7, 10 March Implicit application of non-reflective boundary conditions for Navier-Stokes equations in generalized coordinates: X. Chen and G.-C. Zha Optimization of the nonlinear convergence rate of the SIMPLER Picard algorithm for steady incompressible internal flows through enforcement of continuity projections: S. Kumar and P. J. Smith A continuous sensitivity equation method for time-dependent incompressible laminar flows: H. Hristova, S. Etienne, D. Pelletier and J. Borggaard On the efficiency of linearization schemes and coupled multigrid methods in the simulation of a 3D flow around a cylinder: V. John Large eddy simulation of homogeneous shear flows with several subgrid-scale models: Y. Wang, F. G. Jacobitz and C. J. Rutland Issue No. 8, 20 March Solid-particle erosion in the tube end of the tube sheet of a shell-and-tube heat exchanger: M. A. Habib, H. M. Badr, S. A. M. Said, R. Ben-Mansour and S. S. Al-Anizi Redesign of a sharp heel draft tube by a validated CFD-optimization: B. D. Marjavaara and T. S. Lundstr6m On uniformly accurate high-order Boussinesq difference equations for water waves: Y. Toledo and Y. Agnon Adjoint approach of the spatial sensitivity to disturbances of internal flows with free surface: O. Bouizi and C. Delcarte A short note on the entrainment and exit boundary conditions: P. R. Kanna and Effect of blockage on critical parameters for flow past a circular cylinder: B. Kumar and S. Mittal Issue No. 9, 30 March The numerical study of roll-waves in inclined open channels and solitary wave run-up: Y.-T. Que and K. Xu Second-order entropy diminishing scheme for the Euler equations: F. Coquel, P. Helluy and J. Schneider Extension of a high-resolution scheme to 1D liquid—gas flow: J. R. Garcia-Cascales and J. M. Corberan-Salvador Computational modelling of variably saturated flow in porous media with complex three-dimensional geometries: D. McBride, M. Cross, N. Croft, C. Bennett and J. Gebhardt Erratum Issue No. 10, 10 April Special Issue: Multidimensional Positive Definite Advection Transport Algorithm Methods Editorial Editorial: J. Szmelter Review Article Multidimensional positive definite advection transport algorithm: An overview: P. K. Smolarkiewicz Research Articles The relationship of MPDATA to other high-resolution methods: W. J. Rider Forward-in-time upwind-weighted methods in ocean modelling: M. W. Hecht The energetics of wave-driven mean flow oscillations: N. P. Wedi MPDATA: Gauge transformations, limiters and monotonicity: L. G. Margolin and M. Shashkov MPDATA and grid adaptivity in geophysical fluid flow models: J. M. Prusa and W. J. Gutowski Numerical simulation of sand dune evolution in severe winds: P. Ortiz and P. K. Smolarkiewicz Application of the multidimensional positive definite advection transport algorithm (MPDATA) to environmental modelling on adaptive unstructured grids: N. N. Ahmad, D. P. Bacon, M. S. Hall and A. Sarma MPDATA error estimator for mesh adaptivity: J. Szmelter and P. K. Smolarkiewicz Issue No. 11, 20 April Special Issue: Advances in Computational Heat Transfer Editorial: G. de Vahl Davis and E. Leonardi Spectral element benchmark simulations of natural convection in two-dimensional cavities: T. Gjesdal, C. E. Wasberg and B. A. P. Reif Three-dimensional lattice Boltzmann BGK model and its application to flows with heat transfer in a rectangular microchannel: Y. T. Chew, X. D. Niu and C. Shu Quantitative V&V of CFD simulations and certification of CFD codes: F. Stern, R. Wilson and J. Shao Volumetric methods for evaluating irreversible energy losses and entropy production with application to bioengineering flows: K. Moyle, G. Mallinson and B. Cowan .... Issue No. 12, 30 April On the geometric conservation law in transient flow calculations on deforming domains: Ch. Férster, W. A. Wall and E. Ramm A mesh patching method for finite volume modelling of shallow water flow: K. Hu, C. G. Mingham and D. M. Causon Euler flow in a supersonic mixed-compression inlet: M. K. Jain and S. Mittal Numerical modelling of 3D stratified free surface flows: a case study of sediment dumping: P. Lin and D. Wang Numerical investigation of the flow front behaviour in the co-injection moulding process: F. llinca, J.-F. Hétu and A. Derdouri Spatial instability of a viscous liquid sheet: S. G. Chuech AUTHOR INDEX