Approximation methods for Navier-Stokes problems: proceedings of the symposium held by the International Union of Theoretical and Applied Mechanics (IUTAM) at the University of Paderborn, Germany, September 9-15, 1979
Springer, 1980 - Mathematics - 581 pages
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accuracy algorithm applied asymptotic bifurcation boundary conditions boundary layer boundary value problem bounded calculation channels Chebyshev classical solution coefficients computational consider constant convective convergence corresponding cylinder defined denote dependent derivatives differential equations Dirichlet discrete domain eigenvalue enstrophy estimate existence Figure finite element method finite-difference flow problem Fluid Mech flux formulation Galerkin approximations given grid implicit incompressible fluid inequality infinity initial value problem integral integration domain iteration Lemma linear Math Mathematics matrix mean curvature Navier Navier-Stokes equations Navier-Stokes problem nonlinear nonstationary numerical method obtained operator Orszag parameterization Poisson equation pressure procedure Prof proof respect Reynolds number satisfies second order simulation solving space spectral methods spline stability stationary steady step Stokes equations stream function Theorem theory tion turbulence unique unsteady flow variables vector velocity component velocity field viscous viscous incompressible vorticity W-GERMANY wavenumber