Add to ORKGReaction rate coefficients and thermodynamic and transport properties are provided for the 11-species air model which can be used for analyzing flows in chemical and thermal nonequilibrium. Such flows will likely occur around currently planned and future hypersonic vehicles. Guidelines for determining the state of the surrounding environment are provided. Approximate and more exact formulas are provided for computing the properties of partially ionized air mixtures in such environments
The accurate computation of hypersonic flowfields is an ongoing endeavor and is important for the ac...
AbstractDesign studies are underway for a variety of hypersonic flight vehicles. The National Aero-S...
Abstract. The thermally nonequilibrium gases are those in the absence of equilibrium between transla...
Thermodynamic and transport properties of high temperature air, and the reaction rates for the impor...
Several conceptual designs for vehicles that would fly in the atmosphere at hypersonic speeds have b...
The conservation equations for simulating hypersonic flows in thermal and chemical nonequilibrium an...
Nonequilibrium thermodynamic state and chemical reactions are common features of hypersonic flows. A...
Hypersonic vehicles re-entering Earth\u27s atmosphere with orbital velocities generate gas flows wit...
In this grant period, the focus has been on the effects of thermo-chemical nonequilibrium in low-den...
During atmospheric entry, a spacecraft's aeroshell uses a thermal protection system (TPS) to withsta...
The present study aims to assess the performance of chemical rate models for species formation in th...
Fully kinetic, vibrationally kinetic, and continuum solvers with varying model fidelity are used in ...
The computer codes developed provide data to 30000 K for the thermodynamic and transport properties ...
The present understanding of shock-layer radiation in the low density regime, as appropriate to hype...
The thermodynamic and transport properties of high-temperature air are found in closed form starting...
The accurate computation of hypersonic flowfields is an ongoing endeavor and is important for the ac...
AbstractDesign studies are underway for a variety of hypersonic flight vehicles. The National Aero-S...
Abstract. The thermally nonequilibrium gases are those in the absence of equilibrium between transla...
Thermodynamic and transport properties of high temperature air, and the reaction rates for the impor...
Several conceptual designs for vehicles that would fly in the atmosphere at hypersonic speeds have b...
The conservation equations for simulating hypersonic flows in thermal and chemical nonequilibrium an...
Nonequilibrium thermodynamic state and chemical reactions are common features of hypersonic flows. A...
Hypersonic vehicles re-entering Earth\u27s atmosphere with orbital velocities generate gas flows wit...
In this grant period, the focus has been on the effects of thermo-chemical nonequilibrium in low-den...
During atmospheric entry, a spacecraft's aeroshell uses a thermal protection system (TPS) to withsta...
The present study aims to assess the performance of chemical rate models for species formation in th...
Fully kinetic, vibrationally kinetic, and continuum solvers with varying model fidelity are used in ...
The computer codes developed provide data to 30000 K for the thermodynamic and transport properties ...
The present understanding of shock-layer radiation in the low density regime, as appropriate to hype...
The thermodynamic and transport properties of high-temperature air are found in closed form starting...
The accurate computation of hypersonic flowfields is an ongoing endeavor and is important for the ac...
AbstractDesign studies are underway for a variety of hypersonic flight vehicles. The National Aero-S...
Abstract. The thermally nonequilibrium gases are those in the absence of equilibrium between transla...