Add to ORKGSummary. Recent developments of the 3-D Lagrangian vortex element method for bluff body flows are presented. In this approach attached boundary layer regions are modelled using infinitely thin vortex sheets while Lagrangian vortex elements are used for the separation regions and the wake. Preliminary results for the flow past a simplified generic truck geometry are presented. Further developments, aimed at the development of a hybrid Eulerian-Lagrangian solver, are briefly introduced.
Vortex methods use a Lagrangian (particle based) approach to flow simulation by concentrating on the...
Thesis (Sc. D.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1995.Includ...
A method is developed for computation of the aerodynamics of bodies such as rotor blades and airfram...
Recent developments of the 3-D Lagrangian vortex element method for bluff body flows are presented. ...
Recent contributions to the 3-D vortex method for bluff-body flows are presented. The numerical meth...
Recent contributions to the three-dimensional vortex method for bluff-body flows are presented. The ...
Predicting and understanding turbulent flows is still a partially open problem. This thesis is speci...
The purpose of this paper is to explain the attractive applicability of the advanced vortex element ...
The steady two-dimensional flow past bluff bodies is simulated numerically using a hybrid Eulerian-L...
A vortex boundary element method is developed for the grid-free simulation of time-dependent, incomp...
Heavy ground vehicles, especially those involved in long-haul freight transportation, consume a sign...
The paper discusses how flow-resolving LES simulations are used to predictand explain flows around v...
The field of three-dimensional computational Vortex Elements Methods (VEMs) has matured considerably...
Vortex element method (VEM) is very suitable when solving FSI-problems, especially two-way coupled h...
The problem of numerical solution of the boundary integral equation is considered for 2D case. Visco...
Vortex methods use a Lagrangian (particle based) approach to flow simulation by concentrating on the...
Thesis (Sc. D.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1995.Includ...
A method is developed for computation of the aerodynamics of bodies such as rotor blades and airfram...
Recent developments of the 3-D Lagrangian vortex element method for bluff body flows are presented. ...
Recent contributions to the 3-D vortex method for bluff-body flows are presented. The numerical meth...
Recent contributions to the three-dimensional vortex method for bluff-body flows are presented. The ...
Predicting and understanding turbulent flows is still a partially open problem. This thesis is speci...
The purpose of this paper is to explain the attractive applicability of the advanced vortex element ...
The steady two-dimensional flow past bluff bodies is simulated numerically using a hybrid Eulerian-L...
A vortex boundary element method is developed for the grid-free simulation of time-dependent, incomp...
Heavy ground vehicles, especially those involved in long-haul freight transportation, consume a sign...
The paper discusses how flow-resolving LES simulations are used to predictand explain flows around v...
The field of three-dimensional computational Vortex Elements Methods (VEMs) has matured considerably...
Vortex element method (VEM) is very suitable when solving FSI-problems, especially two-way coupled h...
The problem of numerical solution of the boundary integral equation is considered for 2D case. Visco...
Vortex methods use a Lagrangian (particle based) approach to flow simulation by concentrating on the...
Thesis (Sc. D.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1995.Includ...
A method is developed for computation of the aerodynamics of bodies such as rotor blades and airfram...