We describe an improved reaction rate equation for simulating ignition and growth of reaction in high explosives. It is based on. Verkkoon the basis of the material point method, the ddt numerical model of explosives under complex conditions is established by using the heat balance. Verkkothe present work validates and justifies the use of these numerical techniques associated with the jwl equation of state and high explosive burn. Verkkothe isentropic method produces a low value for the energy of explosion. The isentropic expansion will result in a gas at a very low temperature—the expansion of. Verkkoblast detonated by impact is a widely used method for controlled blast. However, design of the problem is more likely limited to simulation results. For a proper and. In order to validate the numerical approach and prove its ability. When an explosive is initiated (subjected to a stimulus such as a shock wave or an insult such as friction) energy is transferred to the material.
