Therminic short-course 2019
Temperatures are a dominant performance limiting factor in a wide field of applications like lighting, power conversion, drives, and telecom. Cooling performance is a key driver in the performance of the end product. In addition, the cooling performance must be able to cope with a wide range of conditions to guard the reliability of the total system performance – while at the same time over-design must be avoided for reasons of compromising other desirable system attributes like price, volume or mass.
The short-course will treat the following topics:
- Translating system requirements to thermal requirements
- Thermal length scales for temperature drop in solids and for flow heating
- Input and output parameters
- Virtual Design of Experiments, using CFD to obtain the transfer function between design inputs and temperature outputs
- Monte Carlo simulation and statistical capability of the cooling performance to cope with variations in use conditions
- Multiple response optimization
- Optimization software
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