Add to ORKGWe present results of our numerical study of 3D detonation structures that were obtained with an unsplit MUScL-type algorithm that has been parallelized via the MPI Protocol
Rotating detonation engine is a new concept engine driven by detonation combustion for aerospace veh...
This report describes the development of a two-dimensional multi-material Eulerian hydrocode to mode...
Abstract: An original algorithm was developed for ray tracing across unstructured 3D grid,...
In this talk we present results of direct numerical simulations of three-dimensional detonations, th...
AbstractIn numerical simulation of 3D gas detonation, due to the complexity of the computational dom...
ii This design and applications project consists in the development of a parallel extension for a tw...
Summary. A parallel algorithm which has sufficient scalability for time accurate solution of a propa...
This design and applications project consists in the development of a parallel extension for a two-d...
In this article we present a detailed numerical study of three-dimensional structures in gaseous det...
Thesis (Master's)--University of Washington, 2014The purpose of this thesis was to develop a code th...
In this talk we present numerical results of the propagation of unstable detonations in one space di...
In Direct Numerical Simulation, the great demand for both memory and CPU time is even increased deal...
AbstractContinuous Detonation Engine is a new concept of a supersonic combustion engine for aerospac...
A 3-D gas-kinetic BGK method and its parallel solution algorithm are developed for the computation o...
This paper describes the development of a computational code REFLOPS USG (REactive FLOw solver for P...
Rotating detonation engine is a new concept engine driven by detonation combustion for aerospace veh...
This report describes the development of a two-dimensional multi-material Eulerian hydrocode to mode...
Abstract: An original algorithm was developed for ray tracing across unstructured 3D grid,...
In this talk we present results of direct numerical simulations of three-dimensional detonations, th...
AbstractIn numerical simulation of 3D gas detonation, due to the complexity of the computational dom...
ii This design and applications project consists in the development of a parallel extension for a tw...
Summary. A parallel algorithm which has sufficient scalability for time accurate solution of a propa...
This design and applications project consists in the development of a parallel extension for a two-d...
In this article we present a detailed numerical study of three-dimensional structures in gaseous det...
Thesis (Master's)--University of Washington, 2014The purpose of this thesis was to develop a code th...
In this talk we present numerical results of the propagation of unstable detonations in one space di...
In Direct Numerical Simulation, the great demand for both memory and CPU time is even increased deal...
AbstractContinuous Detonation Engine is a new concept of a supersonic combustion engine for aerospac...
A 3-D gas-kinetic BGK method and its parallel solution algorithm are developed for the computation o...
This paper describes the development of a computational code REFLOPS USG (REactive FLOw solver for P...
Rotating detonation engine is a new concept engine driven by detonation combustion for aerospace veh...
This report describes the development of a two-dimensional multi-material Eulerian hydrocode to mode...
Abstract: An original algorithm was developed for ray tracing across unstructured 3D grid,...