Physics-based turbulence models for large-eddy simulation: Theory and application to rotating turbulent flows
MH Silvis - 2020 - research.rug.nl
Fluid flows are everywhere. Consider, for example, rivers, the flow of air in the atmosphere
and the blood that is flowing through our veins. Most fluid flows are very chaotic, or turbulent …
and the blood that is flowing through our veins. Most fluid flows are very chaotic, or turbulent …
A nonlinear subgrid-scale model for large-eddy simulations of rotating turbulent flows
Rotating turbulent flows form a challenging test case for large-eddy simulation (LES). We,
therefore, propose and validate a new subgrid-scale (SGS) model for such flows. The …
therefore, propose and validate a new subgrid-scale (SGS) model for such flows. The …
[PDF][PDF] Symmetry & Computation
Bifurcation theory is intimately linked with symmetry in physics as well as in many other
areas of science. Bifurcation analysis aims at computing branching of solutions of a …
areas of science. Bifurcation analysis aims at computing branching of solutions of a …
[PDF][PDF] Symmetries and conservation laws as constraints for the modeling and numerical simulation of turbulent flows
MH Silvis, R Verstappen - 2018 - mauritssilvis.nl
It is well known that the governing equations of fluid dynamics, the Navier–Stokes equations,
are invariant under transformations like instantaneous rotations of the coordinate system …
are invariant under transformations like instantaneous rotations of the coordinate system …
[PDF][PDF] Symmetry constraints for the modeling and numerical simulation of turbulent flows
MH Silvis, R Verstappen - Physics of Fluids, 2017 - mauritssilvis.nl
Symmetry constraints for the modeling and numerical simulation of turbulent flows Page 1 1 |
27-08-2015 1| 06-04-2018 | Silvis & Verstappen faculty of mathematics and natural sciences …
27-08-2015 1| 06-04-2018 | Silvis & Verstappen faculty of mathematics and natural sciences …