20 巻 (1954) 93 号 p. 330-334
In our first report the form of Feuerheerd type rotary pump was solved analytically, and now in this report the theoretical discharge quantity of this pump is investigated. We obtained a result that the theoretical discharge Q is given by the following equation, [numerical formula], where n=r.p.m., l=width of the pump, α=radius of base circle of the pump rotar, r=radius of the circular arcs of the rotar, 2γ1=central angle of the arcs, λ=r/α.