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EV battery cooling Micro-Channel Heat Sink
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Introduction
Members
Professor
Students
Internship Course
Alumni
Position
Research
Topics
EV battery cooling Micro-Channel Heat Sink
Thermal System Design and Analysis
Instabilities in Two-Phase Thermal System
3D Simulation Research
Project
Instability in Micro-Channel Heat Sink with Two-Phase Flow Loop
TMS Development For EV
Facilities
Experiement Set-up
Measurement Instruments
Computational source
Publication
Journal publications
Conference Presentations
Awards
Community
Location
Lecture
Gallery
Lab Schedule
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2021. 2
Two-phase Flow and Heat Transfer (Graduate Level: Graduate Students)
Time
Mon/Wed ( 9:00 - 10:30 )
Course Description
Course code: ME5144-01 Prerequisite: Basic Heat Transfer (MC 3201) This course introduces the fundamental transport phenomena associated with phase change processes, and the specific topics include the properties of two-phase flow, condensation, and boiling. This course also develops analytical tools for design and performance assessment of two-phase devices.
2019. 2
Thermodynamics (Undergraduate-Level: Sophomore and Junior Undergraduate Students)
Time
Course code: GS 2434
Course Description
To be updated
2019. 1
Advanced Thermodynamics (Intermediate-Level: Senior Undergrad and Graduate Students)
Time
Course code: ME 5142/MC 4219
Course Description
Course Description: This course is designed for the student to build an appreciation for the fundamentals and practical applications of classical thermodynamics, which will also enhance the understanding of thermodynamics principles and their relevance to the problems of humankind. The student will be provided with a variety of examples making them experience how thermodynamic principles are applied to predict physical phenomena and to solve engineering problmes. Prerequisite: Thermodynamics (GS 2434)
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