Аннотация
The geomechanics of process is modeled by a one-step overall reaction, which simulates the reaction by burning of combustible gases. The Concentration Flame Limit Propagation (CFLP) modeling in the reaction rate model is numerically employed with mathematical models on basis Antoine's equation. The flame propagation of combustible gases is theoretically and numerically investigated by a dynamic formulation for the CFLP with the GUI MATLAB environment. This is based on an empirical correlation of the velocity fluctuations and implemented as interface with input-output data with graphic realization. The computer modeling show that the dynamic CFLP models provide superior results as general implementation of physical process of flame propagation and could be used for different media.