This work proposes the multi-level
hp-concept, in which a coarse base discretization is refined by superposing fine, high-order finite elements. This
hp-formulation circumvents the problem of hanging nodes since the global continuity can be ensured by applying homogeneous Dirichlet boundary conditions on the boundary of the overlay mesh. It is demonstrated that this allows for a significant reduction of the implementational complexity without compromising the high approximation quality of
hp-FEM.
«
This work proposes the multi-level
hp-concept, in which a coarse base discretization is refined by superposing fine, high-order finite elements. This
hp-formulation circumvents the problem of hanging nodes since the global continuity can be ensured by applying homogeneous Dirichlet boundary conditions on the boundary of the overlay mesh. It is demonstrated that this allows for a significant reduction of the implementational complexity without compromising the high approximation quality of
hp-FEM...
»