Abstract
The effect of finite volume fraction of suspended particulate matter on axially symmetrical jet mixing of incompressible dusty fluid has been considered. However, this assumption is not justified when the fluid density is high or particle mass fraction is large Here we are assuming the velocity and temperature in the jet to differ only slightly from that of surrounding stream, a perturbation method has been employed to linearized the equation those have been solved by using Laplace Transformation technique. Numerical computations have been made to discuss the longitudinal perturbated fluid velocity.
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