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MHTGR benchmark
Jan 15, 2020NEA Benchmark of the Modular High-Temperature Gas-Cooled Reactor 350 MW Core Design Volumes I and II. NEA/NSC/R(2017)4.
Mar 3, 2020present benchmark. The reference design is based on the modular high-temperature gas-cooled reactor. (MHTGR) 350-MW 0 core design developed ...
Feb 16, 2018The MHTGR design serves as a basis for this benchmark, with some aspects having been modified for simplicity and consistency.
by SN Lee2020The OECD/NEA MHTGR-350 benchmark consists of three phases, i.e., steady-state (Phase 1), transient-state (Phase 2) and depletion problems (Phase 3).
In the original MHTGR design, the helium coolant enters the core from cross duct, flows down to the bottom of the metallic core support structure (MCSS) with ...
81 pages·2 MB
by A General1994This report defines a series of core physics calculational benchmark problems for the Modular High Temperature Gas-Cooled Reactor (MHTGR).
by HC Lee2013Cited by 2The benchmark problem is based on the MHTGR-350 reactor designed by General Atomics (GA). Phase I of the problem has three steady state exercises : Exercise ...
The core design is based on the OECD/NEA "Benchmark for Neutronic Analysis of Sodium-cooled Fast Reactor Cores with Various Fuel Types and Core Sizes". The full ...
by J Ortensi2020Cited by 2OECD/NEA COUPLED NEUTRONIC/THERMAL-FLUIDS BENCHMARK OF THE MHTGR-350 MW CORE DESIGN: RESULTS FOR PHASE-I EXERCISE 1. Full Record; Other Related ...
OSTI Identifier: 1832146
Report Number(s): INL/LTD-17-43099-Rev000
Dec 6, 2021MHTGR core physics methods are described and the status of ... benchmark comparison of calculations with available experimental data, ...

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