Development of a Computational Model for a Two-Dimensional Turbulent Flow. Part 1. Mathematical Background

摘要

Equations describing three-dimensional time dependent turbulent flow with chemical reactions are simplified to describe two-dimensional steady turbulent flow without chemical reactions. The partial differential equations describing this flow are integrated over a control volume to obtain algebraic finite difference equations. These equations, together with their initial and boundary conditions, are solved by iteration. Information about the equations to be used in a computional model of flow within a solid fuel combustion chamber is given.