AMBROSINI, WALTER Statistiche
AMBROSINI, WALTER
DIPARTIMENTO DI INGEGNERIA CIVILE E INDUSTRIALE
Discussion and perspectives for improvements of heat transfer correlation capabilities for fluids at supercritical pressures
2024-01-01 Varju, T.; Csige, A.; Kiss, A.; Filonov, V.; Filonova, Y.; Fedorov, D.; Pucciarelli, A.; Kassem, S.; Ambrosini, W.
Flow Instabilities in boiling channels and their suppression methodologies—A review
2024-01-01 Abdellatif, H. H.; Ambrosini, W.; Arcilesi, D.; Bhowmik, P. K.; Sabharwall, P.
Sustainable online initiatives for the dissemination of nuclear energy culture
2024-01-01 Ambrosini, W.; Cirillo, R.
The ENEN's role in shaping the European nuclear education
2024-01-01 Lazaro Pavel, G.; Pesznyak, C.; Javier Elorza Tenreiro, F.; Starflinger, J.; Cizelj, L.; Ambrosini, W.
Assessing water-wall behaviour for a light-water Small Modular Reactor with the aid of CFD analyses
2023-01-01 De Angelis, A.; Reinke, N.; Ambrosini, W.
CFD prediction of heat transfer at supercritical pressure with rough walls: Parametric analyses and comparison with experimental data
2023-01-01 Kassem, Sara; Pucciarelli, Andrea; Ambrosini, Walter
Lesson learned from numerical activities in support to the development of SCWRs at the University of Pisa
2023-01-01 Pucciarelli, Andrea; Kassem, SARA IBRAHIM ABDELSALAM MOHAMED; Ambrosini, Walter
Sensitivity Analyses by a CFD Model on Water-Wall Behaviour in a LW SMR during SBO conditions
2023-01-01 DE ANGELIS, Alessandro; Liegeard, Clément; Ambrosini, Walter
A shape function approach for predicting deteriorated heat transfer to supercritical pressure fluids on account of a thermal entry length phenomenon
2022-01-01 Pucciarelli, A.; Ambrosini, W.
Characterisation of observed heat transfer deterioration modes at supercritical pressure with the aid of a CFD model
2022-01-01 Pucciarelli, A.; Kassem, S.; Ambrosini, W.
CONSIDERATIONS ABOUT CORRELATIONS FOR HEAT TRANSFER TO SUPERCRITICAL PRESSURE FLUIDS SPANNING ALL REGIMES
2022-01-01 Kassem, SARA IBRAHIM ABDELSALAM MOHAMED; Pucciarelli, Andrea; Ambrosini, Walter
EXTRAPOLATION OF HEAT TRANSFER DATA FOR CARBON DIOXIDE TO THE OPERATING CONDITIONS OF SCWR
2022-01-01 Kassem, SARA IBRAHIM ABDELSALAM MOHAMED; Pucciarelli, Andrea; Ambrosini, Walter
Study of fluid-to-fluid scaling for upward pipe flows of supercritical fluids using direct numerical simulation
2022-01-01 He, J.; Wang, W.; Yan, J.; Pucciarelli, A.; Jiang, P.; Ambrosini, W.; He, S.
Advances in the development of a fluid-to-fluid similarity theory for fluids at supercritical pressure: Results from sensitivity analyses
2021-01-01 De Angelis, A.; Pucciarelli, A.; Kassem, S.; Ambrosini, W.
CONSIDERATIONS ON A FLUID TO FLUID SCALING THEORY FOR HEAT TRANSFER TO SUPERCRITICAL FLUIDS: RECOMMENDATIONS FOR NON-UNIFORM HEAT FLUX CONDITIONS
2021-01-01 Pucciarelli, Andrea; Kassem, SARA IBRAHIM ABDELSALAM MOHAMED; Ambrosini, Walter
EXTENDING A FLUID-TO-FLUID SIMILARITY RATIONALE FOR HEAT TRANSFER AT SUPERCRITICAL PRESSURE TO R134a
2021-01-01 Kassem, SARA IBRAHIM ABDELSALAM MOHAMED; Pucciarelli, Andrea; Ambrosini, Walter
Insight into a fluid-to-fluid similarity theory for heat transfer at supercritical pressure: Results and perspectives
2021-01-01 Kassem, Sara; Pucciarelli, Andrea; Ambrosini, Walter
Learning from the pandemic for planning series of webinars in nuclear matters: reporting about a successful experience
2021-01-01 Ambrosini, Walter; Forgione, Nicola
On the Choice of Corresponding Pressures in a Novel Fluid-to-Fluid Similarity Theory for Heat Transfer at Supercritical Pressure
2021-01-01 Pucciarelli, Andrea; Kassem, SARA IBRAHIM ABDELSALAM MOHAMED; Ambrosini, Walter
OUTCOMES OF A SUCCESSFUL FLUID-TO-FLUID SIMILARITY THEORY FOR HEAT TRANSFER AT SUPERCRITICAL PRESSURES
2021-01-01 Kassem, SARA IBRAHIM ABDELSALAM MOHAMED; Pucciarelli, Andrea; Ambrosini, Walter