Droplet vaporization at high ambient pressures is studied numerically by formulating one dimensional vaporization model in liquid oxygen and hydrogen. The ambient pressure is supercritical conditions. The modified Soave-Redlich-Kwong state equation is...
Droplet vaporization at high ambient pressures is studied numerically by formulating one dimensional vaporization model in liquid oxygen and hydrogen. The ambient pressure is supercritical conditions. The modified Soave-Redlich-Kwong state equation is used to consider of the real gas effects in the high pressure condition. Non-ideal thermodynamic and transport property at near critical and supercritical conditions are considered. Several parametric studies are performed by changing ambient pressure and temperature. Droplet lifetime is proportional to ambient pressure and temperature. Temporal spatial distribution of properties are also investigated.