On the Movement of a Fluid Medium of Constant Density in Cylindrical and Conic Channels

Abstract

The movement of a fluid medium of constant density in cylindrical and conic channels -- analogs of the operating space of continuous reactors of industrial power plants -- is considered. Special and generalized formula are derived that relate fluid parameters to the geometry of cylindrical and conic channels; properly modified, the formulas can be used for a design analysis of the reactor's operating space. An example of design formulas is given.