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TitoloData di pubblicazioneAutore(i)RivistaEditore
A lumped parameter model to explain the cause of the hysteresis in OWC-Wells turbine systems for wave energy conversion2020Ghisu, T.; Cambuli, F.; Puddu, P.; Virdis, I.; Carta, M.; Licheri, F.APPLIED OCEAN RESEARCH
Discussion on “Entropy generation analysis of S825, S822, and SD7062 offshore wind turbine airfoil geometries” by Mamouri, A. R., Khoshnevis, A. B. and Lakzian, E2020Ghisu, T.; Cambuli, F.OCEAN ENGINEERING
Discussion on “Review of CFD studies on axial-flow self-rectifying turbines for OWC wave energy conversion” by Cui, Y., Liu, Z., Zhang, X. and Xu, C2020Ghisu, T.; Cambuli, F.OCEAN ENGINEERING
A critical examination of the hysteresis in wells turbines using computational fluid dynamics and lumped parameter models2020Ghisu, T.; Cambuli, F.; Puddu, P.; Virdis, I.; Carta, M.; Licheri, F.JOURNAL OF OFFSHORE MECHANICS AND ARCTIC ENGINEERING-TRANSACTIONS OF THE ASME
Discussion: “Unsteady RANS Simulations of Wells Turbine Under Transient Flow Conditions” (Hu and Li, ASME J. Offshore Mech. Arct. Eng., 140(1), p. 011901)2019Ghisu, Tiziano; Cambuli, Francesco; Puddu, Pierpaolo; Virdis, Irene; Carta, MarioJOURNAL OF OFFSHORE MECHANICS AND ARCTIC ENGINEERING-TRANSACTIONS OF THE ASME
Dynamic interaction between OWC system and Wells turbine: a comparison between CFD and lumped parameter model approaches2019Cambuli, F.; Ghisu, T.; Virdis, I.; Puddu, P.OCEAN ENGINEERING
Evaluation of entropy generation methods in wells turbines2019Licheri, F.; Ghisu, T.; Virdis, I.; Puddu, P.; Cambuli, F.American Society of Mechanical Engineers (ASME)
Modello di calcolo per la simulazione degli impianti ad assorbimento elio-assistiti, con l’utilizzo dei dati BIM2019Mandas, Natalino; Mastino, COSTANTINO CARLO; Cambuli, FrancescoAICARR
Wells turbines dynamic simulation using cfd and a lumped parameter model2019Ghisu, T.; Cambuli, F.; Puddu, P.; Virdis, I.CRC Press/Balkema
A critical examination of the hysteresis in wells turbines using cfd and lumped parameter models2019Ghisu, T.; Cambuli, F.; Puddu, P.; Virdis, I.; Carta, M.; Licheri, F.American Society of Mechanical Engineers (ASME)
Numerical evaluation of entropy generation in isolated airfoils and Wells turbines2018Ghisu, T.; Cambuli, F.; Puddu, P.; Mandas, N.; Seshadri, Pranay; Parks, G. T.MECCANICA
Optimization of blade profiles for the Wells turbine2018Gratton, T; Ghisu, T.; Parks, G.; Cambuli, F.; Puddu, P.OCEAN ENGINEERING
Analisi Numerico-Sperimentale del flusso in Turbina Wells = Experimental and Numerical Analysis of a Wells Turbine2018Licheri, Fabio; Puddu, Pierpaolo; Ghisu, Tiziano; Cambuli, FrancescoLA TERMOTECNICA
Numerical Study of a Wells Turbine with Variable Pitch Rotor Blades2018Licheri, Fabio; Climan, Antonello; Puddu, Pierpaolo; Cambuli, Francesco; Ghisu, TizianoENERGY PROCEDIA
A Lumped Parameter Model for the Analysis of Dynamic Effects in Wells Turbines2018Virdis, Irene; Ghisu, Tiziano; Cambuli, Francesco; Puddu, PierpaoloENERGY PROCEDIA
Discussion on "Performance analysis of Wells turbine blades using the entropy generation minimization method" by Shehata, A. S., Saqr, K. M., Xiao, Q., Shahadeh, M. F. and Day, A.2018Ghisu, Tiziano; Puddu, Pierpaolo; Cambuli, Francesco; Mandas, Natalino; Seshadri, Pranay; Parks, ...Geoffrey T.RENEWABLE ENERGY
On the Hysteretic Behaviour of Wells Turbines2017Ghisu, T; Puddu, P; Cambuli, F; Virdis, IENERGY PROCEDIA
A detailed analysis of the unsteady flow within a Wells turbine2017Ghisu, Tiziano; Puddu, Pierpaolo; Cambuli, FrancescoPROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS. PART A, JOURNAL OF POWER AND ENERGY
Physical Explanation of the Hysteresis in Wells Turbines: A Critical Reconsideration2016Ghisu T; Puddu P; Cambuli FJOURNAL OF FLUIDS ENGINEERING
Numerical analysis of a wells turbine at different non-dimensional piston frequencies2015Ghisu T; Puddu P; Cambuli FJOURNAL OF THERMAL SCIENCE
   
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