Introduction To Two Phase Flow And Heat Transfer

Catalog description

This course is intended for graduate engineer or scientist who is interested in multiphase flow and heat transfer area (where several different phases of fluids co-exist, e.g. water boiling, combustion and the operation of the power plant). Thermo-fluid transport phenomena in multiphase system will be discussed as well as the methodology and techniques to formulate and solve problems associated with the phenomena. Permission of instructor required. Course Learning Outcomes 1. Understand and analyze fundamentals of two-phase flow, including the parameters and patterns; homogeneous, slip flow and drift-flux models; flow pattern maps for horizontal and vertical pipes; laminar and turbulent film condensation; pool boiling, flow boiling, nucleate boiling; applications to heat exchangers. 2. Implement methodology and techniques covered in this course to formulate and solve problems related to two phase flow problems. View Class Schedule