The least-squares method with blended hierarchical basis functions: An implementation in Haskell with applications in uid dynamics

This research is aimed at the development of the novel least-squares method with blended hierarchical basis functions (ls-bhbf method), combining blended hierarchical basis functions (bhbf's) with the proven least-squares spectral element method. The ls-bhbf method is not based on standard elements and is therefore ideally suited to model...

The least-squares method with blended hierarchical basis functions: An implementation in Haskell with applications in uid dynamics

This research is aimed at the development of the novel least-squares method with blended hierarchical basis functions (ls-bhbf method), combining blended hierarchical basis functions (bhbf's) with the proven least-squares spectral element method. The ls-bhbf method is not based on standard elements and is therefore ideally suited to model...

Micro-scale cavities in the slip- and transition-flow regimes

highlight the fact that many micro-flows that have been considered are simple planar flows and typical classification systems are defined on such flows. We show that for complex flows, such as the driven cavity, non-equilibrium effects are more appreciable and their onset occurs at lower Knudsen numbers than expected.