作者: James Sethian
DOI: 10.1016/0021-9991(84)90126-8
关键词: Flow (psychology) 、 Pipe flow 、 Fluid dynamics 、 Mechanics 、 Physics 、 Combustion 、 Turbulence 、 Vortex 、 Reynolds number 、 Eddy 、 Classical mechanics
摘要: We present a numerical technique to approximate the solution of simplified model turbulent combustion. The method, which is particularly suited for flows at high Reynolds number, uses random vortex element techniques coupled flame propagation algorithm based on Huyghens' principle. use this analyze combustion in open and closed vessels. In first experiment, we propagating swirling, viscous flow inside square. Our results show growth development counterrotating eddies their effect flame. second within channel, enters through slit one end. Results detail effects exothermicity viscosity speed shape burning front.