AMBROSINI, WALTER Statistiche

AMBROSINI, WALTER  

DIPARTIMENTO DI INGEGNERIA CIVILE E INDUSTRIALE  

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Titolo Data di pubblicazione Autore(i) File
"Analysis of CCFL phenomena by CATHARE 1 v1.3 and comparison with results of RELAP5/MOD2 code", 8th CATHARE CUC Meet., Grenoble (F), March 23-25, 1988 1-gen-1988 Fantappiè, G.; Ambrosini, Walter; D'Auria, F.
10-YEAR EXPERIENCE OF EUROPEAN NUCLEAR EDUCATION NETWORK 1-gen-2013 Ambrosini, Walter; P. P., De Regge
11.6. CONJUGATE HEAT TRANSFER EFFECTS ON RESOLVED CALCULATIONS 1-gen-2020 Ambrosini, W.; Pucciarelli, A.
4.4.3. A SIMILARITY THEORY FOR HEAT TRANSFER IN TUBES WITH SUPERCRITICAL PRESSURE FLUIDS 1-gen-2020 Ambrosini, W.; Pucciarelli, A.
7.4. SCALING: A SIMILARITY THEORY OF NATURAL CIRCULATION STABILITY WITH SUPERCRITICAL PRESSURE FLUIDS 1-gen-2020 Ambrosini, W.
A Computational Fluid Dynamic Code to Simulate Hydrogen Catalytic Recombiner 1-gen-2003 Bordini, B.; Fineschi, Fabio; Ambrosini, Walter
A low diffusion numerical scheme for the stability analysis of natural circulation loops containing fluids at supercritical pressure 1-gen-2015 Ambrosini, Walter; Coppede, Andrea
A mechanistic model for counter-current flow at the Upper Tie Plate 1-gen-1990 Ambrosini, Walter; D'Auria, FRANCESCO SAVERIO; A., Soldati
A methodology for including wall roughness effects in k-ɛ low-Reynolds turbulence models 1-gen-2015 Ambrosini, Walter; Pucciarelli, Andrea; I., Borroni
A Numerical Methodology for the Analysis of Fluid-Dynamic Instabilities: Application to Boiling Channels 1-gen-2003 Ambrosini, Walter
A one-dimensional coarse-mesh method for conduction in heat structures 1-gen-1988 Ambrosini, Walter; Montagnini, BRUNO MARIO ANNIBALE; Oriolo, Francesco
A physically based correlation for drop size in annular flow 1-gen-1991 Ambrosini, Walter; Andreussi, Paolo; B. J., Azzopardi
A reassessed model for mechanistic prediction of bubble departure and lift off diameters 1-gen-2018 Mazzocco, Thomas; Ambrosini, Walter; Kommajosyula, R.; Baglietto, E.
A shape function approach for predicting deteriorated heat transfer to supercritical pressure fluids on account of a thermal entry length phenomenon 1-gen-2022 Pucciarelli, A.; Ambrosini, W.
A spectral perspective about the accuracy of numerical predictions of flow instabilities 1-gen-2019 Ambrosini, Walter
A successful general fluid-to-fluid similarity theory for heat transfer at supercritical pressure 1-gen-2020 Pucciarelli, A.; Ambrosini, W.
A successful local fluid-to-fluid similarity theory for heat transfer to supercritical pressure fluids: merits and limitations 1-gen-2020 Pucciarelli, Andrea; He, Shuisheng; Ambrosini, Walter
Accuracy in the Prediction of Two-Phase Flow Regimes 1-gen-1988 Ambrosini, Walter; D'Auria, FRANCESCO SAVERIO; Grassi, W; Vigni, Piero
Advancements in Evaluating Accuracy of Thermalhydraulic Codes Calculations 1-gen-1987 Ambrosini, Walter; Bovalini, R; D'Auria, FRANCESCO SAVERIO; Petrini, P.
Advances in the development of a fluid-to-fluid similarity theory for fluids at supercritical pressure: Results from sensitivity analyses 1-gen-2021 De Angelis, A.; Pucciarelli, A.; Kassem, S.; Ambrosini, W.