Abstract: A method for treating nonideal gas flows through converging-diverging nozzles is described. The method incorporates the Redlich-Kwong equation of state. The Runge-Kutta method is used to obtain ...

Abstract: A method for treating nonideal gas flows through a venturi meter is described. The method is an extension of a previous study reported in an earlier paper. The method involves the determination ...

Abstract: The flow problem of free overfall has been examined through hodograph transformations. It has been found that even with strong influence of the gravitational field, the stream function can be ...

Abstract: A model feedback fluid jet oscillator was constructed and run to illustrate the feasibility of producing sustained jet oscillation and provide data for analysis of such an oscillator. Experimental ...

Abstract: The study of the flow phenomena occurring within a feedback fluidic jet oscillator (see reference [2]) was continued on the basis of the quasi-steady flow concept. Description and explanation ...

Abstract: The problems of sluice gate and sharp crested weir were studied through hodograph transformations. Numerical calculations of the stream function in terms of hodograph variables were carried out ...

Abstract: The transient pumping characteristics of supersonic ejector systems are investigated both theoretically and experimentally. The theoretical analysis of this transient problem is based on quasi-steady ...

Abstract: An analytical study of nonsimilar jet mixing is made for compressible, nonisoenergetic flows. The conservation equations are solved for each of the streams above and below the dividing streamline ...

Abstract: A flow model has been devised to deal with the viscid-inviscid interaction of a class of two-dimensional incompressible separated flow problems. It is suggested that the corresponding inviscid ...