IRIS

FERRANDO, MARCO

FERRANDO, MARCO  

100026 - Dipartimento di Ingegneria navale, elettrica, elettronica e delle telecomunicazioni  

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Risultati 1 - 20 di 54 (tempo di esecuzione: 0.046 secondi).
Titolo Data di pubblicazione Autore(i) File
A comprehensive analysis of a numerical self-propulsion procedure for high-speed marine vehicles 1-gen-2023 Villa, Diego; Tani, Giorgio; Gaggero, Stefano; Ferrando, Marco; Ausonio, Pierluigi; Travi, Piero; Viviani, Michele
A Design Procedure for Trans-Cavitating Propellers 1-gen-1992 Caprino, G.; Ferrando, M.; Podenzana-Bonvino, C; Sebastiani, L.
A new concept of a very high speed craft: design issues 1-gen-2015 PODENZANA BONVINO, Carlo; Ferrando, Marco; Gaggero, Stefano; Villa, Diego; De Mitri, D.; Gironi, C.
A study on the influence of hull wake on model scale cavitation and noise tests for a fast twin screw vessel with inclined shaft 1-gen-2017 Tani, Giorgio; Viviani, Michele; Villa, Diego; Ferrando, Marco
An Experimental and Numerical Study on Cavitation of Hull Appendages 1-gen-2008 Savio, Luca; C., Pittaluga; Viviani, Michele; Ferrando, Marco; F., Conti
An OpenSource Approach for the Prediction of Planning Hull Resistance 1-gen-2014 Gaggero, Stefano; Villa, Diego; Ferrando, Marco
Application of computer vision techniques to measure cavitation bubble volume and cavitating tip vortex diameter 1-gen-2009 Savio, Luca; Viviani, Michele; F., Conti; Ferrando, Marco
Application of different design and Analysis tools for a Propeller in Axial Cylinder 1-gen-2014 Gaggero, Stefano; Tani, Giorgio; C., Vaccaro; Viviani, Michele; F., Conti; R., Depascale; Ferrando, Marco
Aspects of the measurement of the acoustic transfer function in a cavitation tunnel 1-gen-2019 Tani, G.; Viviani, M.; Ferrando, M.; Armelloni, E.
Cavitation tunnel in Naval Architecture: from cavitation prediction to radiated noise 1-gen-2019 Tani, G.; Viviani, M.; Ferrando, M.
Cavitation tunnel tests for “The Princess Royal” model propeller behind a 2-dimensional wake screen 1-gen-2019 Tani, G.; Aktas, B.; Viviani, M.; Yilmaz, N.; Miglianti, F.; Ferrando, M.; Atlar, M.
Co-operative Investigation into Resistance of different Trimaran Hull Forms and Configurations 1-gen-2006 Begovic, E; Bove, A; Bruzzone, Dario; Cardarella, S; Cassella, P; Ferrando, Marco; Tincani, E; Zotti, I.
Comparison of experimental measurements and numerical calculations for a propeller in axial cylinder 1-gen-2009 Gaggero, Stefano; Savio, Luca; Brizzolara, Stefano; Viviani, Michele; Ferrando, Marco; F., Conti
Comparison of Experimental Measurements and Numerical Calculations for a Propeller in Axial Cylinder 1-gen-2009 Gaggero, Stefano; Savio, L; Brizzolara, Stefano; Viviani, Michele; Conti, F; Ferrando, Marco
Criteri di valutazione delle prove di bollard pull per rimorchiatori e supply-vessel 1-gen-1985 Boote, Dario; G., Carrera; Ferrando, Marco; R., Tedeschi
Development of an experimental device for a pod fitted with contra-rotating propellers 1-gen-2009 D., Grassi; Savio, Luca; Viviani, Michele; Ferrando, Marco; S., Caviglia
EFFECT OF HULL FORM VARIATION ON HYDRODYNAMIC PERFORMANCE OF A TRIMARAN SHIP FOR FAST TRANSPORTATION 1-gen-2005 Brizzolara, Stefano; M., Capasso; Ferrando, Marco; PODENZANA BONVINO, Carlo
Eliche di Superficie: Stato dell'Arte 1-gen-2007 Ferrando, Marco; Viviani, Michele
Experience with the use of a Rankine-Source Based Procedure for the steady free surface calculations 1-gen-1992 Bruzzone, Dario; Ferrando, Marco; Martinelli, L.
Experimental study of bubble cavitation on a NACA 0015 hydrofoil by a computer vision approach 1-gen-2024 Franzosi, Giovanni; Abbasi, Afaq Ahmed; Savio, Luca; Viviani, Michele; Ferrando, Marco; Tani, Giorgio