Exclusion: Course Description Multiphase flow exists in wide range phenomena of industries and everyday life,such as thermal energy and power engineering,nuclear engineering,chemical engineering and power machinery engineering.The research on multiphase flow has been carried out in various fields using analytic and experimental methods. Many of them are still on-going research topics.The multiphase flow and heat transfer is the key course to the students from thermal energy and power engineering,nuclear science and engineering,power machinery engineering, refrigeration and Cryogenic engineering,and is required nuclear science and engineering.The current course covers major ideas,models,analytic methods and frontier topics in multiphase flow. Objectives: The course will help students develop capability to analyze or design an experiment to solve specific problems emerging from different fields.It is intended to provide students with the following benefits: 1 Understand the characteristics of multiphase flow and master motion equations.Including:Multiphase general conservation equations;Particle motion analysis;bubble and cavitation grow and collapse;different boiling types and critical heat transfer,condensation;multiphase flow pattern and flow regime maps,flow regime limits;homogenous flow model,separated flow model,drift flow model;granular flow and spray;multiphase instability and pressure drop. 2 Capability to analyze the multiphase flow problem with multiphase flow dynamics. 3 Reinforce knowledge through practice with realistic problems 4 Enhance team working skills SCHEDULE Teaching Teaching Consulting& Hours Methods Lectures Workshop Discussion Practice Special Contents lecturesExclusion: Course Description Multiphase flow exists in wide range phenomena of industries and everyday life, such as thermal energy and power engineering, nuclear engineering, chemical engineering and power machinery engineering. The research on multiphase flow has been carried out in various fields using analytic and experimental methods. Many of them are still on-going research topics. The multiphase flow and heat transfer is the key course to the students from thermal energy and power engineering, nuclear science and engineering, power machinery engineering, refrigeration and Cryogenic engineering, and is required nuclear science and engineering. The current course covers major ideas, models, analytic methods and frontier topics in multiphase flow. Objectives: The course will help students develop capability to analyze or design an experiment to solve specific problems emerging from different fields. It is intended to provide students with the following benefits: 1 Understand the characteristics of multiphase flow and master motion equations. Including: Multiphase general conservation equations; Particle motion analysis; bubble and cavitation grow and collapse; different boiling types and critical heat transfer, condensation; multiphase flow pattern and flow regime maps, flow regime limits; homogenous flow model, separated flow model, drift flow model; granular flow and spray; multiphase instability and pressure drop. 2 Capability to analyze the multiphase flow problem with multiphase flow dynamics. 3 Reinforce knowledge through practice with realistic problems 4 Enhance team working skills SCHEDULE Teaching Teaching Hours Methods Contents Lectures Workshop Discussion Practice Consulting& Special lectures