FEMAXI-6, Thermal and Mechanical Behaviour of LWR Fuel Rods. FEMAXI-6(Updated) predicts the thermal and mechanical behaviour of a light water reactor fuel rod during normal and transient (not accident) conditions. It can analyse the integral behaviour of a whole fuel rod throughout its life as well as the localised behaviour of a small part of fuel rod. Temperature distribution, radial and axial deformations, fission gas release, and inner gas pressure are calculated as a function of irradiation time and axial position. Stresses and strains in the pellet and cladding are calculated and PCMI analysis is performed. Also, thermal conductivity degradation of pellet and cladding waterside oxidation are modeled. Its analytical capabilities also cover the boiling transient anticipated in BWR.
References in zbMATH (referenced in 1 article )
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- Hansen, Glen: A Jacobian-free Newton Krylov method for mortar-discretized thermomechanical contact problems (2011)