抄録
Showing promise complex of mathematical models to predict the dynamics of fire formations in the open atmosphere is represented and approved based on generalized set of equations for non-stationary two-dimensional turbulent movement of viscous compressible gas with taking into account combustion processes. The dynamics of fire formations such as open flames, fire balls and fire whirls is numerically investigated. Such phenomenon as fire storm that arises in major fires is numerically realized for the first time.
© 1996 Center for Fire Science and Technology, Research Institute for Science and Technology, Tokyo University of Science
