Thin-Layer Navier-Stokes equations in generalized body-fitted coordinate system and non-dimensional form are solved to numerically simulate high speed viscous flows.13; A second order accurate explicit upwind MUSCL type algorithm incorporating flux-vector splitting due to Van Leer is formulated within the frame work to finite volume13; approach. TVD limiters are used to avoid undershoots and overshoots in the skock region. The results of laminar flow calculations are presented for hemisphere cylinder13; configuration at supersonic Mach number
A discretization method is presented for the full, steady, compressible Navier-Stokes equations. The...
Steady flow over the leading portion of a multicomponent airfoil section is studied using computatio...
A multiple-grid convergence acceleration technique introduced for application to the solution of the...
Van Leer's flux vector splitting scheme and Osher's flux difference splitting scheme are compared f...
A brief description of the work currently underway on hypersonic viscous flow computations, based on...
A finite-volume scheme for numerical integration of the Euler equations was extended to allow soluti...
This effort investigates the accuracy of some flux-split algorithms in high-speed viscous flows. Thr...
February 1981Includes bibliographical references (page 58)An implicit factored algorithm for the sol...
The modifications are documented which were made to the Langley Aerothermodynamic Upwind Relaxation ...
The objective of this study was to develop a high-resolution-explicit-multi-block numerical algorith...
Van Leer's flux vector splitting scheme and Osher's flux difference splitting scheme are compared f...
An efficient three-dimensionasl tructured solver for the Euler and Navier-Stokese quations is devel...
A survey of some popular upwind flux-difference schemes, both explicit and implicit, has been carrie...
A survey of some popular upwind flux-difference schemes, both explicit and implicit, has been carrie...
A mixed explicit-implicit scheme is used to solve the time-dependent thin-layer approximation of the...
A discretization method is presented for the full, steady, compressible Navier-Stokes equations. The...
Steady flow over the leading portion of a multicomponent airfoil section is studied using computatio...
A multiple-grid convergence acceleration technique introduced for application to the solution of the...
Van Leer's flux vector splitting scheme and Osher's flux difference splitting scheme are compared f...
A brief description of the work currently underway on hypersonic viscous flow computations, based on...
A finite-volume scheme for numerical integration of the Euler equations was extended to allow soluti...
This effort investigates the accuracy of some flux-split algorithms in high-speed viscous flows. Thr...
February 1981Includes bibliographical references (page 58)An implicit factored algorithm for the sol...
The modifications are documented which were made to the Langley Aerothermodynamic Upwind Relaxation ...
The objective of this study was to develop a high-resolution-explicit-multi-block numerical algorith...
Van Leer's flux vector splitting scheme and Osher's flux difference splitting scheme are compared f...
An efficient three-dimensionasl tructured solver for the Euler and Navier-Stokese quations is devel...
A survey of some popular upwind flux-difference schemes, both explicit and implicit, has been carrie...
A survey of some popular upwind flux-difference schemes, both explicit and implicit, has been carrie...
A mixed explicit-implicit scheme is used to solve the time-dependent thin-layer approximation of the...
A discretization method is presented for the full, steady, compressible Navier-Stokes equations. The...
Steady flow over the leading portion of a multicomponent airfoil section is studied using computatio...
A multiple-grid convergence acceleration technique introduced for application to the solution of the...