Add to ORKGTwo different interpretations of measured dissociation rate constants and effects on coupled vibrational dissociational flows of oxygen over wedg
Composition changes within the shock layer due to chemical reactions are considered. The Lighthill i...
Due to the empirical assumptions, the widely used two temperature models for hypersonic nonequilibri...
Numerical simulations are presented of steady state, hypersonic blunt body nitrogen flow for conditi...
The final report on research between North Carolina State University and the NASA Ames Research Cent...
University of Minnesota Ph.D. dissertation. November 2018. Major: Aerospace Engineering and Mechanic...
Molecular relaxation model for vibration dissociation coupling effects in fluid flow
Vibrational relaxation in supersonic nozzle diatomic gas flow, nonequilibrium effects in high enthal...
University of Minnesota Ph.D. dissertation. November 2010. Major: Aerospace Engineering and Mechanic...
Normal shock problems in high enthalpy flows are of special interests to aerodynamicists and fluid d...
A new procedure closely linking dissociation and exchange reactions in air to the vibrational levels...
Fully kinetic, vibrationally kinetic, and continuum solvers with varying model fidelity are used in ...
In this grant period, the focus has been on the effects of thermo-chemical nonequilibrium in low-den...
Results are reported for an investigation into the methods by which energy transfer is calculated in...
Measurement of nitric oxide ion-electron dissociative recombination in expanding air flow
Accurate calculations to evaluate the performance of the stoichiometric carbon-oxygen propellant sys...
Composition changes within the shock layer due to chemical reactions are considered. The Lighthill i...
Due to the empirical assumptions, the widely used two temperature models for hypersonic nonequilibri...
Numerical simulations are presented of steady state, hypersonic blunt body nitrogen flow for conditi...
The final report on research between North Carolina State University and the NASA Ames Research Cent...
University of Minnesota Ph.D. dissertation. November 2018. Major: Aerospace Engineering and Mechanic...
Molecular relaxation model for vibration dissociation coupling effects in fluid flow
Vibrational relaxation in supersonic nozzle diatomic gas flow, nonequilibrium effects in high enthal...
University of Minnesota Ph.D. dissertation. November 2010. Major: Aerospace Engineering and Mechanic...
Normal shock problems in high enthalpy flows are of special interests to aerodynamicists and fluid d...
A new procedure closely linking dissociation and exchange reactions in air to the vibrational levels...
Fully kinetic, vibrationally kinetic, and continuum solvers with varying model fidelity are used in ...
In this grant period, the focus has been on the effects of thermo-chemical nonequilibrium in low-den...
Results are reported for an investigation into the methods by which energy transfer is calculated in...
Measurement of nitric oxide ion-electron dissociative recombination in expanding air flow
Accurate calculations to evaluate the performance of the stoichiometric carbon-oxygen propellant sys...
Composition changes within the shock layer due to chemical reactions are considered. The Lighthill i...
Due to the empirical assumptions, the widely used two temperature models for hypersonic nonequilibri...
Numerical simulations are presented of steady state, hypersonic blunt body nitrogen flow for conditi...