Advances in Computer Methods for Partial Differential Equations, Volume 5, Part 1984IMACS, 1984 - Differential equations, Partial |
Contents
TWO DIMENSIONAL MODELLING OF THE HOMOGENIZING EFFECTS OF FLOW OBSTRUCTIONS IN TWO FLUID FLOW | 7 |
THE NUMERICAL SOLUTION OF THE FLOWFIELD IN AN INTERNAL COMBUSTION ENGINE M H Carpenter and J I Ramos | 24 |
HIGHORDER UPWIND FLUX CORRECTION METHODS FOR HYPERBOLIC CONSERVATION LAWS B E McDonald | 32 |
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accuracy ADVANCES IN COMPUTER algebraic algorithm analysis applied approximation boundary conditions boundary value coefficients COMPUTER METHODS consider constant convection convergence crank angle degrees cylinder defined denote derivatives diagonal difference equations difference scheme dimensional discrete domain eigenvalues elliptic energy equa error example FD-TD Figure finite difference finite difference methods finite element method flow fluid formulation Fourier function given grid points group velocity IMACS implicit incompressible initial integral interface iterative methods linear system Math Mathematics matrix mesh METHODS FOR PARTIAL multigrid Navier-Stokes equations nonlinear numerical method numerical solution obtained oil shale parameters PARTIAL DIFFERENTIAL EQUATIONS polynomial preconditioner pressure procedure processors propagation R.S. STEPLEMAN Editors region Reynolds number simulation solving space spatial spline stability step techniques temperature Theorem tion transformation upwind value problem variables vector VICHNEVETSKY and R.S. viscosity zero