The Comparison of two random vortex methods and corrected SLIC algorithm for simulation of combustion flow

In this research, a combination of two random vortex methods and the corrected SLIC algorithm have been used to simulate the transient combustion flow around the cylinder. This model consists of two parts, in the first part, the random vortex method is used to solve the rotating field, and in the second part, the corrected SLIC algorithm is used to solve the flame propagation. In the initial times, a symmetric region is formed, with the passage of time, the vortices begin to dissipate, when the flow is accompanied by combustion, the vortices that form behind the cylinder are strongerIn this research, a combination of two random vortex methods and the corrected SLIC algorithm have been used to simulate the transient combustion flow around the cylinder. This model consists of two parts, in the first part, the random vortex method is used to solve the rotating field, and in the second part, the corrected SLIC algorithm is used to solve the flame propagation. In the initial times, a symmetric region is formed, with the passage of time, the vortices begin to dissipate, when the flow is accompanied by combustion, the vortices that form behind the cylinder are stronger

Keywords:

Smart Cylinder , FGPM , Asymmetric loading , Hygrothermo-magneto-elastic response.