- understand and analyse basic models of fluid flow;
- select appropriate discretization methods for the resulting systems of
differential equations;
- assess the stability, accuracy and computational costs of the
discretization schemes;
- implement the proposed methods on a computer and verify their behavior;
- study efficient solvers for linear and nonlinear systems arising in
fluid mechanics.
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Navier-Stokes equations and generalizations; weak formulations;
existence and uniqueness results;
Brezzi theory; LBB condition; appropriate finite element schemes;
convergence analysis;
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