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On the Choice Between Segregated and Coupled Solver Approaches When Using Computational Fluid Dynamics for Gas-Cooled Reactor Analysis

David G. Schowalter, Nilanjana Basu, Ajey Walavalkar, Richard R. Schultz

Nuclear Technology / Volume 158 / Number 1 / April 2007 / Pages 80-82

Technical Note / Best Estimate Methods

In this study, computational fluid dynamics solutions are obtained for a General Atomics GT-MHR reactor core under a depressurization scenario involving highly compressible flow. It is found that while the FLUENT segregated solver is generally preferred for nuclear engineering applications, the coupled solver provides better performance at very high pressure ratios in this application.

 
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