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Titolo: Numerical Methods for Fluid Dynamics IV

Casa editrice: OXFORD UNIV PR

Data di pubblicazione: 1994

Legatura: Rilegato

Condizione: Sehr gut

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Riassunto:

Leading authorities from industry and academia met at this established international conference. Their expert contributions cover an extensive range of topics in computational fluid dynamics, reveiwing recent advances in mathematical and computational fluid techniques for modelling fluid flows. For graduate students and researchers alike these proceedings provide a fully up-to-date account of the research currently underway in this central topic in fluid dynamics.

Contenuti:

Invited Papers
1: K.W. Morton: Node-cell mappings for the cell vertex method
2: D. Catherall: Solution adaptivity with structured grids
3: Bernadette Palmerio: Mesh adaption for compressible flows
4: C.L. Farmer: Grid generation as a discrete optimisation problem
5: Eitan Tadmor: Super-viscosity and spectral approximations of nonlinear conservation laws
6: P.L. Roe: Waves in discrete fluids
7: S. Hickmott, A.G. Hutton, M. Rabbitt and R.M. Smith: Practical flow simulation employing high order accuracy, implicit, finite element based algorithms
8: Bengt Fornberg: Computing stready incompressible flows past blunt bodies - A historical overview
9: H.C. Yee, P.K. Sweby, and A. Lafon: Basins of attraction and the time-dependent approach to obtaining steady-state numerical solutions
10: Maurizio Pandolfi: Physical and numerical aspects of non-equilibrium flows
11: Randall J. LeVeque: Simplified multi-dimensional flux limiter methods
12: Bertil Gustafsson and Per L�tstedt: Convergence acceleration for first order systems
13: Barry Koren, Marie-H�l�ne Lallemand: Iterative defect correction and multigrid accelerated explicit time stepping for the steady Euler equations
14: J. Peraire, M. Vahdati and J. Peir� and K. Morgan: The construction and behaviour of some
Contributed Papers
15: Th. Sonar, V. Hannemann, O. Friedrich: Adaptive concepts for the resolution of compressible flow by upwind finite volume methods
16: U. G�hner, G. Warnecke, W. Wendland: Adaptive finite elements for transonic flows
17: Alain Dervieux, Lopula F�zoui, Marie-Pierre Leclercq and Bruno Stoufflet: A general upwind formulation for compressible flows on multi-element meshes
18: Michael G. Edwards: A dynamically adaptiove Godunov scheme for reservoir simulation on large aspect ratio grids
19: Ron Trompert: Local uniform mesh refinement and brine transport in porous media
20: A. Lerat and Z.N. Wu: A subdomain matching condition for implicit Euler solvers
21: R. Arina and S. Tarditi: Orthogonal block structured surface grids
22: Masahiro Suzuki: Surface grid generation with a linkage to geometric generation
23: Bonita V. Saunders: Boundary fitted grid generation using tensor product B-splines 309
24: Gary P. Warren, W. Kyle Anderson, James L. Thomas, Sherrie L. Krist: Grid convergence for adaptive methods
25: A.E.P. Veldman and E.F.F. Botta: Grid quality: an interplay of grid and solver
26: S.A.E.G. Falle and J.R. Giddings: Body capturing using adaptive cartesian grids
27: Bassi F., Rebay S. and Savini M.: A high resolution discontinuous Galerkin method for hyperbolic problems on unstructured grids
28: R. Richter and P. Leyland: Shock capturing using auto-adaptive finite elements
29: G. Lacombe and A. Lerat: On the steady-state accuracy of an implicit Navier-Stokes solver of Lax-Wendroff type
30: E.F. Toro: Riemann solvers: linearizations and adaption
31: James J. Quirk: A cartesian grid scheme for gas dynamic flows that involve complex geometries
32: Andrew Priestley: Recent developments of the Lagrange-Calerkin method
33: Alison Ramage and Andrew J. Wathen: Iterative solution technique for the Lagrange-Galerkin method 401
34: E. S�li and A. Ware: The spectral Lagrange-Galerkin method for the Navier-Stokes equations
35: I.J. Sobey and T. Mullin: Calculation of multiple solutions for the two-dimensional Navier-Stokes equations
36: Florian De Vuyst: A new implicit second order scheme based on a kinetic interpretation for solving the Euler Equations
37: Mark H. Mawson: A solution method for the shallow water Quasi-equilibrium equations on the sphere
38: Steven R. Allmaras: Contamination of laminar boundary layers by artificial dissipation in Navier-Stokes solutions
39: J. Blazek, N. Kroll, C.C. Rossow: A comparison of several implicit smoothing methods
40: P. Tattersall and J. McGuirk: Numerical diffusion estimates as input for grid adaption
41: David W. Zingg and Harvard Lomax: On the eigensystems associated with numerical boundary schemes for hyperbolic equations
42: K. Engel, M. Faden, S. Pokorny: Implementation of non-reflecting boundary conditions in an unsteady flow simulation system
43: Rosemary A. Renaut: Absorbing boundary conditions for acoustic and elastic waves
44: P.N. Childs and J.A. Shaw: Generation and analysis of hybrid structured/unstructured grids
45: C. Mensink, H. Deconinck: A 2D multiblock method for viscous and inviscid flow computations
46: J.A. Mackenzie, D.F. Mayers and A.J. Mayfield: Error estimates for adaptive cell vertex finite volume algorithms
47: Gabriele C. Hegerl, Albert Sachs: Energy-reduced boundary conditions for the simulation of compressible viscous flows in domains with moving boundaries
48: Erik Dick and Kris Riemslagh: Multi-stage Jacobi relaxation as smoother in a multigrid method for steady Euler equations
49: S.H. Onslow and C.M. Albone: Multigrid convergence acceleration of an upwind Euler algorithm on multiply-embedded meshes
50: Lixia Wing and David A. Caughey: Implicit multigrid algorithm for Euler equations on block-structured grids with discontinuous interfaces
51: Michael Rudgyard: A comparison of multidimensional upwinding for cell vertex schemes on triangular meshes
52: P.K. Jimack: A new approach to finite element error control for time-dependent problems
53: Jaakko Hoffren and Timo Siikonen: Time-accurate calculations with an implicit Euler-Navier-Stokes solver
54: N. Qin, X. Xu and B.E. Richards: SFDN-*a-GMRES and SQN-*a-GMRES methods for fast high resolution N-S simulations
55: A.J. Peace: Towards a cell-vertex multi-grid Navier-Stokes algorithm for three-dimensional structured/unstructured meshes

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