The ECMF group has been awarded a $800k DOE NEUP grant to work on the NGNP Reactor Cavity Cooling System. Our group will collaborate with Prof. Corradini, from the University of Wisconsin-Madison.
Continue ReadingDOE NEUP grant
The ECMF group is part of the winning team for a $800k DOE NEUP grant focused on the use of high-fidelity multi-physics computational tools for the prediction of hydrides formation and distribution in reactors fuel pins. The work is lead by Penn State University, and will be carried out in collaboration with Idaho National Laboratory.
Continue Reading1st prize
ECMF team member Daniel Walter has been awarded the 1st prize at the Engineering Graduate Symposium of the University of Michigan, in the category “Fission Systems and Radiation Measurements”. Congratulations Dan!
Continue ReadingDean Fellowship
ECMF team member John Downing has been awarded a Dean Fellowship for Fall13-Winter14. Congratulations John!
Continue ReadingFellowship from the China Scholarship Council
ECMF team member Mingjun Wang has been awarded a 2-years fellowship from the China Scholarship Council. Congratulations Mingjun!
Continue Reading2nd prize Engineering Graduate Symposium
ECMF team member Daniel Walter was awarded the 2nd prize in the category “Nuclear Energy, Science and Engineering” at the Engineering Graduate Symposium of the University of Michigan. Congratulations Dan!
Continue ReadingCRUD deposits on PWR fuel rods
Our work on high-fidelity multi-physics simulations of CRUD deposits on PWR fuel rods has been reported in the Michigan Engineering News.
Continue ReadingYoung Professionals in Thermal Hydraulics Competition
ECMF team member Akshay Dave is the winner of the “Young Professionals in Thermal Hydraulics Competition”, at the ANS Winter Meeting. Congratulations Akshay!
Continue ReadingDOE NEUP fellowship
ECMF team member Tim Grunloh has been awarded a 3-years DOE NEUP fellowship. Congratulations Tim!
Continue ReadingU.S. NRC grant
The ECMF group has been awarded a U.S. NRC grant to work on the development of a multi-scale computational tools for high fidelity safety analysis of nuclear power plants.
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