RT Journal Article
ID 58d06dd303296bcf
A1 Wolkov, Andrey Viktorovich
T1 SOLUTION APPROACHES FOR FINITE-ELEMENT APPROXIMATION OF 3-D FLOWS
JF TsAGI Science Journal
JO TSAGI
YR 2010
FD 2011-01-26
VO 41
IS 3
SP 301
OP 322
K1 methods for solving grid equations
K1 multigrid method
K1 finite-element method
K1 discontinuous Galerkin method
AB Several variants of solving the systems of grid equations obtained at finite-element approximation of inviscid and viscid gas flows are considered. Developed is the algorithm of a new polynomial multigrid method of solution process acceleration, which is a generalization of the conventional multigrid algorithm. Examples of a numerical solution of three-dimensional problems concerning inviscid flow over a sphere and turbulent subsonic gas flow over a wing are given. The results are compared with the results obtained by the finite volume method. Based on the data obtained, one can draw a conclusion regarding the efficiency of the polynomial multigrid method.
PB Begell House
LK https://www.dl.begellhouse.com/journals/58618e1439159b1f,6b06d4b644ed07e0,58d06dd303296bcf.html