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SUMMARY:A Hybrid Multi-level Optimization Approach for the Dynamic Synthes
 is/Design and Operation/Control under Uncertainty of a Fuel Cell System
DTSTART:20100826T161500
DTSTAMP:20260510T031908Z
UID:9c93ba241f66ed98bf3688b701a02d3a10754dc09afb01535bc6c71a
CATEGORIES:Conferences - Seminars
DESCRIPTION:Prof.  Michael R. von Spakovsky\, Virginia Polytechnic Institu
 te and State University\nA dynamic physical decomposition technique for la
 rge-scale optimization with a response sensitivity analysis method for qua
 ntifying system response uncertainties to given uncertainty sources. The f
 easibility of such a hybrid approach is established by applying it to the 
 synthesis/design and operation/control of a 5 kW proton exchange membrane 
 (PEM) fuel cell system.
LOCATION:MEB 331
STATUS:CONFIRMED
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