Energy Conversion/HVAC Systems Design and Analysis:

Fluid Power Components/Systems Design and Analysis:

Thermal Management of Electronic Cooling System:

Human Thermal Comfort Analysis

Various Interdisciplinary Thermal Fluid System Design and Analysis:

II. Research Types

Modeling of Fluid Flow and Heat Transfer in Energy Conversion/Heat Exchangers System and Components:

• Development/Integration of Fundamental Theories and Model Equations
• Analytical, Numerical (CFD) and Experimental Analysis Model Development

Development of Module/System Analysis Program/Software:

• Purpose-Specific System/Component Performance Evaluation Program/Software
• Equipment/System Design Selection Program/Software

Design of Experiments:

• Proto-type Design and Testing
• Experimental Test Data Analysis
• Analytical and/or Numerical Varefications of Test Data

III. Research Programs

1. Engineering Research/Design Projects

• Application/Integration of Engineering Knowledge and Fundamentals to Real/Practical Engineering Problems
• Development of Solution Algorithm, Programs and Analysis Software Tools
• Modeling of Thermofluid Phenomena of Energy Conversion Equipment and Systems
• Optimization and Refinement of Current and Emerging Technologies through Multidisciplinary Research
• Various Project Types and Periods - Consulting Projects, Term Projects and Granted Projects

2. MU TSERC - Industry Repository R&D Service Program:

• Technical Consultation (Analyzing/Evaluating/Resolving) for Issues Related to Thermal Fluid and Energy Areas of the Products
• Technical Innovation Team - Developing State-of-the-art Product Development Technologies and Their Applications
• Application of CFD to Real/Practical Industry Problems
• Access to the Most Updated CFD Package and Specific Program/Software Developed by TSERC
• Technology Transfer - Technical Report, Seminar, Workshop and Training
• Full Member and Associate Member Service Packages

3. On-site/On-Campus Technical Seminar Courses:

• Tailored Technical Seminar/Short Courses - Industrial Applications of Integrated Thermal Fluid Fundamentals
• CFD Seminar - Modeling Techniques of Thermofluid Phenomena of Practical Industry Problems Using a CFD Package (Fluent)

** Research Project Execution **

For more information, contact:

Dr. Hyunjae Park
Director and Research Associate Professor
Thermofluid Science and Energy Research Center (TSERC)
Department of Mechanical Engineering
Marquette University
P.O. Box 1881
Milwaukee, Wisconsin 53201-1881

Phone: (414) 288-6716
Fax: (414)- 288-7790
hyunjae.park@marquette.edu