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Farzad Rahnema

Affiliations: 
Georgia Institute of Technology, The George W. Woodruff School of Mechanical Engineering 
Area:
Nuclear Engineering, Mathematics
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"Farzad Rahnema"
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Parents

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Gerald C. Pomraning grad student (Physics Tree)

Children

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Michael S. McKinley grad student 2001 Georgia Institute of Technology, The George W. Woodruff School of Mechanical Engineering
Benoit Forget grad student 2006 Georgia Institute of Technology, The George W. Woodruff School of Mechanical Engineering

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Publications

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Rahnema F, Zhang D. (2021) CONTINUOUS ENERGY COMET SOLUTION TO A SMALL MODULAR ADVANCED HIGH-TEMPERATURE REACTOR BENCHMARK PROBLEM (SmAHTR) Epj Web of Conferences. 247: 05002
Reed KL, Rahnema F, Zhang D, et al. (2020) A Stylized 3-D Benchmark Problem Set Based on the Pin-Fueled SmAHTR Nuclear Technology. 1-12
Zhang D, Rahnema F. (2020) COMET neutronics solutions to the prismatic VHTR benchmark problem Nuclear Engineering and Design. 358: 110395
rahnema f. (2019) Data for: Consistent Spatial Expansion Functions on Hexagonal Surfaces for Use in Radiation Transport Methods Annals of Nuclear Energy. 1: 603-609
Rahnema F, Diamond D, Serghiuta D, et al. (2019) Phenomena, gaps, and issues for neutronics modeling and simulation of FHRs Annals of Nuclear Energy. 123: 172-179
Rahnema F, Sun X, Petrovic B, et al. (2018) Phenomena identification and categorization by the required level of multiphysics coupling in FHR modeling and simulation Annals of Nuclear Energy. 121: 540-551
Zhang D, Rahnema F. (2018) Continuous-energy COMET solution to the stylized AHTR benchmark problem Annals of Nuclear Energy. 121: 284-294
Zhang D, Rahnema F. (2018) A stylized 3D Advanced High Temperature Reactor (AHTR) benchmark problem Annals of Nuclear Energy. 120: 178-185
Rahnema F, Zhang D. (2018) Continuous energy coarse mesh transport (COMET) method Annals of Nuclear Energy. 115: 601-610
Remley K, Rahnema F. (2018) Development and assessment of a parallel computing implementation of the Coarse Mesh Radiation Transport (COMET) method Annals of Nuclear Energy. 114: 288-300
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