Mathematical modeling and computer simulation of transient flow in centrifuge cascade pipe network with optimizing techniques

Mathematical model and computer simulation for solution of transient flow in the complex pipe network of centrifuge cascade has been made to predict the behavior of its different components and their mutual interaction. To make it more practical and efficient, a number of technical aspects ignored in other models have been included. All possible fittings of the system have been included and optimizing techniques developed to simulate the components and to achieve fast solution are presented. The model is especially developed to cater flow of gas in complex low pressure network having number of feedback or recycling loops. The system of partial and ordinary differential equations along with a number of algebraic equations arising from the physical network have been analyzed and solved.