Add to ORKGComposition changes within the shock layer due to chemical reactions are considered. The Lighthill ideal dissociating gas model was used in an effort to describe the oxygen type molecule. First, the two limiting cases, when the chemical reaction rates are very slow and very fast in comparison to local convective rates, are investigated. Then, the problem is solved for arbitrary chemical reaction rates
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1995.In...
The effect of nonequilibrium recombination after a curved two-dimensional shock wave in a hyperveloc...
The tridimensional unsteady character of the flow field for detonations has been established about t...
It is shown that shock waves whose structure is determined solely by the effects of chemical reacti...
Normal shock problems in high enthalpy flows are of special interests to aerodynamicists and fluid d...
Part 2. : This investigation was undertaken with two primary objectives. The first objective was to ...
Lighthill's model of an ideal dissociating gas has been exploited to study three dimensional unstead...
Experimental and analytical study of normal reflection of shock wave from shock tube end wall in rel...
Theoretical and numerical aspects of molecular flow simulation focussed on the development of collis...
Although the combustion of hydrocarbons is our primary source of energy today, the chemical reaction...
The nonequilibrium chemical reaction of dissociation and recombination is studied theoretically for ...
The flow within a shock wave is governed by the relaxation times of the molecular degrees of freed...
We develop a compact dimensionless framework for the analysis of canonical thermo-chemical nonequili...
The Richtmyer-Meshkov instability is numerically investigated for strong shocks, i.e., for hypervelo...
Suitable forms of the equations for the flow of an inviscid, non-heat- conducting gas in which chem...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1995.In...
The effect of nonequilibrium recombination after a curved two-dimensional shock wave in a hyperveloc...
The tridimensional unsteady character of the flow field for detonations has been established about t...
It is shown that shock waves whose structure is determined solely by the effects of chemical reacti...
Normal shock problems in high enthalpy flows are of special interests to aerodynamicists and fluid d...
Part 2. : This investigation was undertaken with two primary objectives. The first objective was to ...
Lighthill's model of an ideal dissociating gas has been exploited to study three dimensional unstead...
Experimental and analytical study of normal reflection of shock wave from shock tube end wall in rel...
Theoretical and numerical aspects of molecular flow simulation focussed on the development of collis...
Although the combustion of hydrocarbons is our primary source of energy today, the chemical reaction...
The nonequilibrium chemical reaction of dissociation and recombination is studied theoretically for ...
The flow within a shock wave is governed by the relaxation times of the molecular degrees of freed...
We develop a compact dimensionless framework for the analysis of canonical thermo-chemical nonequili...
The Richtmyer-Meshkov instability is numerically investigated for strong shocks, i.e., for hypervelo...
Suitable forms of the equations for the flow of an inviscid, non-heat- conducting gas in which chem...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1995.In...
The effect of nonequilibrium recombination after a curved two-dimensional shock wave in a hyperveloc...
The tridimensional unsteady character of the flow field for detonations has been established about t...