A Survey of Mathematical Approaches To Two Phase Fluid Flow Techniques
Two phase fluid systems are concerned with the motion of a liquid or gas containing immiscible inert identical solid particles. Common examples of two phase fluid systems include blood flow in arteries, flows in rocket tubes, dust in gas cooling systems to enhance heat transfer processes, movement of inert solid particles in atmosphere, and other suspended particles in seas and oceans. Naturally, studies of these systems are mathematically interesting and useful for modeling the physical phenomena to address complex issues related to fluid flow characteristics.
