
About Course
Two-Phase flow with phase change in conventional and miniature channels.
Gas-liquid flows occur in various industrial applications, such as power generation, refrigeration, oil & gas production, and thermal management of future electronic devices. In this course, one-dimensional models of two-phase flow with and without phase change will be introduced. Methods of pressure drop prediction for adiabatic gas-liquid flow as well as flow boiling will be discussed. Special methods for pressure drop modeling of two-phase flow in miniature channels will also be introduced.
INTENDED AUDIENCE: Postgraduate and final year undergraduate students in mechanical and chemical engineering; engineers working in the industry and R&D labs.
Course Content
Two-Phase flow with phase change in conventional and miniature channels
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Two-Phase Flow with Phase Change in Conventional and Miniature Channels [Introduction Video]
00:00 -
Lec 1: Introduction and Notation
00:00 -
Lec 2: Flow Regimes and Flow Regime Maps
00:00 -
Lec 3: The Homogeneous Model
00:00 -
Lec 4: The Separated Flow Model
00:00 -
Lec 5: The Separated Flow Model (contd.)
00:00 -
Lec 6: The Drift Flux Model
00:00 -
Lec 7: Estimation of pressure drop in two phase flow
00:00 -
Lec 8: Two phase flow and pressure drop in miniature channels
00:00
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