Joan Fontanet

Experimental interpretation and code validation based on the PHEBUS-FP programme: Lessons learnt from the analysis of the containment scenario of FPT1 and FPT2 tests

L.E. Herranz, Mónica Vela-García, Joan Fontanet et al. · Nuclear Engineering and Design · 2007 · 25 citations

Engineering, Program Analysis, Software Testing +10

Thermal-hydraulic and aerosol containment phenomena modelling in ASTEC severe accident computer code

Ivo Kljenak, Maik Dapper, Jiří Dienstbier et al. · Nuclear Engineering and Design · 2010 · 18 citations

Safety Engineering, Engineering, Thermal Protection +9

Energy-Resolved Neutral Particle Fluxes in TJ-II ECRH Plasmas

J.M. Fontdecaba, F. Castejón, Rosa Balbín et al. · Fusion Science & Technology · 2004 · 18 citations

Engineering, Physics, Average Ion Energy +10

Thermal-hydraulic–iodine chemistry coupling: Insights gained from the SARNET benchmark on the THAI experiments Iod-11 and Iod-12

Gunther H. Weber, L.E. Herranz, Mohammed Bendiab et al. · Nuclear Engineering and Design · 2013 · 14 citations

Thermal-hydraulic–iodine Chemistry Coupling, Engineering, Physical Chemistry +3

Mitigation of source term in suppression pools: Large uncertainties in predictability

L.E. Herranz, Rodrigo S. Iglesias, Joan Fontanet · Annals of Nuclear Energy · 2018 · 13 citations

Source Term, Suppression Pools, Large Uncertainties +9