Splitting of Inviscid Fluxes for Real Gases

lnviscid Flux-Splitting Algorithms for Real Gases with Non-equilibrium Chemistry

Several flux-splitting methods for the inviscid terms of the compressible-flow equations are derived for gases that are not in chemical equilibrium. Formulas are presented for the extension to chemical nonequilibrium of the Steger-Warming and Van Leer flux-vector splittings, and the Roe flux-difference splitting. The splittings are incorporated in a TVD algorithm and applied to one-dimensional ...

Splitting of lnviscid F%uxes for Real Gases

Flux-vector and tlux-difference splittings for the inviscid terms of :hs compressible flc:\ equations are derived under the assumption of a general equation of state for a reai gas in squilibrium. No unnecessary assumptions. approximations, or auxiliary quantities are introduced. The formulas derived include several particular cases known for ideal gases and ;cadilq appi) to curvilinear coordin...

Flux - Vector Splitting for the 1990 s

The development of flux-vector splitting through the 1970s and 1980s is reviewed. Attention is given to the diffusive nature of flux-vector splitting, which makes it an undesirable technique for approximating the inviscid fluxes in a Navier-Stokes solver. Several proposed improvements, including a brandnew one, are discussed and illustrated by a simple, yet revealing, numerical test case. Final...

Numerical Modelling of Inviscid Shocked Flows of Real Gases *

Temperature Distribution of a Non gray Gas between Two Parallel Planes Using Exponential Wide Band Model

In this paper, the Radiation Transfer Equation(RTE) for a non-gray gas between two large parallel planes has been&#10solved and the temperature distribution obtained. With the RTE, solution heat fluxes are also determined. Since and are two components of most combustion products, the problem has been solved for these two gases. The results were, whenever possible, compared with data reported ...