Fluid-to-fluid similarity and CFD predictions of heat transfer at supercritical pressure with influences of buoyancy and turbulence models : validation against IAEA benchmark

P. 855-866

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  • Progress on a pre-conceptual supercritical water-cooled small modular reactor
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  • Assessment of corrosion behavior of cladding materials for SCW-SMR in static conditions : results obtained in ECC SMART project
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  • Modelling the long-term corrosion behaviour of candidate fuel cladding alloys for a supercritical water-cooled reactor
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  • In-situ electrochemical corrosion testing of 310S steel in supercritical water
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  • In-situ corrosion study of 800H alloy in supercritical water
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  • Loss of coolant flow accident analysis of chinese small modular supercritical water-cooled reactor
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  • Numerical simulation of a supercritical flow in a microchannel using the lattice boltzmann method
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  • Experimental study on heat transfer characteristics of subcritical CO2/N2 mixtures in a vertical circulation loop
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  • Numerical study of the intergranular stress corrosion cracking of nickelbased alloys in supercritical water
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  • Monte Carlo simulations of fast neutron radiolysis in supercritical water at temperatures of 400–600 °C and 25 MPa.
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  • Evaluation of long-term exposure of 310s and 800h under conditions of SCW-SMR
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  • Experimental evaluation of fluid-to-fluid scaling models for deteriorated heat transfer at supercritical pressures
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  • Non-modal stability analysis of a lumped model of the super-critical water reactor
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  • Effect of deteriorated heat transfer on the onset of supercritical flow instability in heated channels
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  • Fluid-to-fluid similarity and CFD predictions of heat transfer at supercritical pressure with influences of buoyancy and turbulence models : validation against IAEA benchmark
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  ISBN: 9791256081332

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