Detonation and Aerodynamic Models
Reactor models for detonation processes modelling widely used in developemnt of advanced power generation system and for safety analysis.
Chapman-Jouguet Detonation Reactor (CJD) is aimed to compute the static detonation parameters for the given initial thermochemical state of a gaseous reactive mixture
Zeldovich-von Neuman-Doering reactor model computes profiles of concentrations, temperature, pressure, flow velocity behind leading shock front of the detonation wave with the Chapman-Jouguet speed, based on kinetics of combustion
Exhaust is designed for calculating of exhaust from the detonation tube with open end and for evaluation of the thrust of the ideal PDE (Pulsed Detonation Engine) tube.
Air Intake Diffuser Reactor model is designed for modeling of air flow breaking with minimum loss of full pressure (2 models for flat and circlular intake geometry)