
doi: 10.2172/6309022
The stagnation properties option in RELAP4/MOD6 was completely reviewed, from theoretical foundation to code application. The result of this investigation was the identification of a fundamental mismatch between the essentially homogeneous, equilibrium-based, RELAP4 code and the nonhomogeneous and/or nonequilibrium critical flow models imposed on the code. By continuously monitoring fluid Mach numbers and adjusting flow areas such that sonic velocity was never exceeded, the mismatch could be accommodated. This approach was implemented, found to work correctly, and will be incorporated into the MOD7 version of the code.
Reactor Safety, 22 General Studies Of Nuclear Reactors, Loss Of Coolant, Mathematical Models, Pressure Gradients, Nonbreeding, Nonboiling Water Cooled, Hydraulics, Pwr Type Reactors, Fluid Mechanics, 21 Specific Nuclear Reactors And Associated Plants, Mechanics, Reactors, Reactor Accidents, Accidents, Water Cooled Reactors, 210200 -- Power Reactors, Safety, Water Moderated Reactors 220900* -- Nuclear Reactor Technology-- Reactor Safety, Flow Rate, Light-Water Moderated
Reactor Safety, 22 General Studies Of Nuclear Reactors, Loss Of Coolant, Mathematical Models, Pressure Gradients, Nonbreeding, Nonboiling Water Cooled, Hydraulics, Pwr Type Reactors, Fluid Mechanics, 21 Specific Nuclear Reactors And Associated Plants, Mechanics, Reactors, Reactor Accidents, Accidents, Water Cooled Reactors, 210200 -- Power Reactors, Safety, Water Moderated Reactors 220900* -- Nuclear Reactor Technology-- Reactor Safety, Flow Rate, Light-Water Moderated
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