2014 · 18 citations · 9 references
EngineeringHigh-performance ComputingNuclear EngineeringComputational PhysicsParallel ComputingReactor PhysicsHeat Transfer In ReactorsMonte Carlo MethodsMonte Carlo SimulationReactor DesignReactor KineticsReactor ModelingBurnup CalculationHigh-performance Computing SystemsParallel Computing PerformanceReactor Core ModelingReactor Kinetics AnalysisReactor SimulationTemperature Dependence Of Cross SectionsTemperature-dependent Cross Sections
A new Monte Carlo transport code RMC has been being developed by Department of Engineering Physics, Tsinghua University, Beijing as a tool for reactor core analysis on high-performance computing platforms. To meet the requirements of reactor analysis, RMC now has such functions as criticality calculation, fixed-source calculation, burnup calculation and kinetics simulations. Some techniques for geometry treatment, new burnup algorithm, source convergence acceleration, massive tally and parallel calculation, and temperature dependent cross sections processing are researched and implemented in RMC to improve the effciency. Validation results of criticality calculation, burnup calculation, source convergence acceleration, tallies performance and parallel performance shown in this paper prove the capabilities of RMC in dealing with reactor analysis problems with good performances.
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MCNP-A General Monte Carlo N-Particle Transport Code
Judith F. Briesmeister · 1993 · 5.1K citations
The OpenMC Monte Carlo particle transport code
Paul Romano, Benoit Forget · Annals of Nuclear Energy · 2012 · 463 citations · Full text
Development of burnup methods and capabilities in Monte Carlo code RMC
Ding She, Yuxuan Liu, Kan Wang et al. · Annals of Nuclear Energy · 2012 · 59 citations