The numerical solution of two‐dimensional, steady flow problems by the finite element method
作者:
A. Moult,
D. Burley,
H. Rawson,
期刊:
International Journal for Numerical Methods in Engineering
(WILEY Available online 1979)
卷期:
Volume 14,
issue 1
页码: 11-35
ISSN:0029-5981
年代: 1979
DOI:10.1002/nme.1620140103
出版商: John Wiley&Sons, Ltd
数据来源: WILEY
摘要:
AbstractFinite element equivalents of the equations governing shearing and buoyancy driven flows are derived, and reduced to upwind forms suitable for the solution of problems in which the Reynolds and Rayleigh numbers are large. A modification to the central difference iterative method is studied which increases the Reynolds and Rayleigh numbers for which a central difference form may be used. A comparison is made between the results obtained using the central and upwind forms of the finite element method and those predicted by finite difference methods in the case of flow in a cavity. A mesh refinement study is made. The upwind forms of the finite element equations are applied to the solution of a complex flow problem involving the flow of glass in a throated furnace in the case of constant‐ and temperature‐ dependent viscosity and conductiv
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