Add to ORKGThe current capability of the finite element method for solving problems of viscous flow is reviewed. Much work has been directed to the simulation of incompressible flows and the relevant features are described. The methods available for, and the problems associated with, the finite element solution of high speed viscous compressible flows are analyzed. A plan for developing finite element research in this area with experimental support is presented
The applicants have developed a finite element based approach for the solution of three-dimensional ...
In anticipation of future supercomputers, finite difference codes are rapidly being extended to simu...
A finite element method for the computation of the transonic flow with shocks past airfoils is prese...
Over the past few years finite element based procedures for the solution of high speed viscous compr...
Computation of the flow field inside a space shuttle main engine (SSME) requires the application of ...
Papers entitled, An Adaptive Finite Element Procedure for Compressible Flows and Strong Viscous-Invi...
Over the past three years a finite element based procedure for the solution of high speed viscous co...
Prediction of compressible flow phenomena using the finite element method is of recent origin and co...
The results of a comprehensive numerical investigation of the basic capabilities of the finite eleme...
The commitment to develop the National Aerospace Plane and Maneuvering Reentry Vehicles has generate...
Researchers started their studies on the development and application of computational methods for co...
A finite element algorithm for numerical simulation of two-dimensional, incompressible, viscous flow...
The development of adaptive gridding techniques for finite-element analysis of fluid dynamics equati...
A high resolution finite element method for the solution of problems involving high speed compressib...
A finite element algorithm for solution of fluid flow problems characterized by the two-dimensional ...
The applicants have developed a finite element based approach for the solution of three-dimensional ...
In anticipation of future supercomputers, finite difference codes are rapidly being extended to simu...
A finite element method for the computation of the transonic flow with shocks past airfoils is prese...
Over the past few years finite element based procedures for the solution of high speed viscous compr...
Computation of the flow field inside a space shuttle main engine (SSME) requires the application of ...
Papers entitled, An Adaptive Finite Element Procedure for Compressible Flows and Strong Viscous-Invi...
Over the past three years a finite element based procedure for the solution of high speed viscous co...
Prediction of compressible flow phenomena using the finite element method is of recent origin and co...
The results of a comprehensive numerical investigation of the basic capabilities of the finite eleme...
The commitment to develop the National Aerospace Plane and Maneuvering Reentry Vehicles has generate...
Researchers started their studies on the development and application of computational methods for co...
A finite element algorithm for numerical simulation of two-dimensional, incompressible, viscous flow...
The development of adaptive gridding techniques for finite-element analysis of fluid dynamics equati...
A high resolution finite element method for the solution of problems involving high speed compressib...
A finite element algorithm for solution of fluid flow problems characterized by the two-dimensional ...
The applicants have developed a finite element based approach for the solution of three-dimensional ...
In anticipation of future supercomputers, finite difference codes are rapidly being extended to simu...
A finite element method for the computation of the transonic flow with shocks past airfoils is prese...