High fidelity simulations using DNS/LES and applications in nuclear thermal hydraulics analysis

Venerdì 9 giugno, alle ore 15, Shuisheng He (The University of Sheffield, United Kingdom) terrà il seminario online dal titolo "High fidelity simulations using DNS/LES and applications in nuclear thermal hydraulics analysis".

L'incontro fa parte del ciclo 2023 "Past-students and Expert Webinars in Nuclear Energy", un programma di webinar sull'energia nucleare tenuti da ex-studenti unipi ed esperti internazionali.
Il ciclo è organizzato nell'ambito del progetto ENEN2plus, dell'European Nuclear Education Network.

I webinar si tengono il venerdì pomeriggio.

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Shuisheng He is Chair in Thermofluids in the Department of Mechanical Engineering at University of Sheffield, UK, and a chartered engineer (CEng) and Fellow of the Institution of Mechanical Engineers (FIMechE). After completing his PhD in the Nuclear Research Group at University of Manchester, he spent over three years at British Energy (now EDF Energy) as Core Heat Transfer Analyst, before starting his academic career in 2002. Shuisheng’s research focuses on turbulence and nuclear thermal hydraulics. The latter includes modelling for liquid-metal, supercritical-water and gas-cooled reactors using high fidelity DNS and LES as well as conventional RANS CFD. His group has developed several in-house CFD codes including a DNS/LES package CHAPSim. They have also developed a new concept coarse-grid CFD referred to as Sub-channel CFD. Their research interest has recently extended to fusion thermal hydraulics. He is Leader of UK Fluids Network Special Interest Group (SIG) in Nuclear Thermal Hydraulics (https://fluids.ac.uk/sig/Nuclear), and Chair of the Collaborative Computational Project in Nuclear Thermal Hydraulics (https://ccpnth.ac.uk/), and routinely provides expert review and consultancy for EDF Energy.