MAMELI, MAURO Statistiche

MAMELI, MAURO  

DIPARTIMENTO DI INGEGNERIA DELL'ENERGIA, DEI SISTEMI, DEL TERRITORIO E DELLE COSTRUZIONI  

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Risultati 1 - 20 di 102 (tempo di esecuzione: 0.034 secondi).
Titolo Data di pubblicazione Autore(i) File
EFFECT OF DIFFERENT CONSTANT WALL TEMPERATURES ON THE MELTING FRONT EVOLUTION OF A PHASE CHANGE MATERIAL INSIDE A METAL FOAM 1-gen-2023 Bernardini, Leonardo; Garivalis, Alekos Ioannis; Mameli, Mauro; Filippeschi, Sauro; Di Marco, Paolo
Estimation of the local instantaneous heat flux inside a pulsating heat pipe for space applications 1-gen-2023 Cattani, L.; Pagliarini, L.; Bozzoli, F.; Mameli, M.; Filippeschi, S.; Marengo, M.; Pietrasanta, L.; Miche, N.; Mangini, D.
Experimental investigation of a coil shaped deployable pulsating heat pipe 1-gen-2023 Perna, Roberta; Slobodeniuk, Maksym; Pagliarini, Luca; Mameli, Mauro; Romestant, Cyril; Cattani, Luca; Ayel, Vincent; Bozzoli, Fabio; Filippeschi, Sauro
Heat transfer delay method for the fluid velocity evaluation in a multi-turn pulsating heat pipe 1-gen-2023 Pagliarini, L; Cattani, L; Mameli, M; Filippeschi, S; Bozzoli, F
Melting Front Evolution of a Phase Change Material Inside a Metal Foam at Different Wall Temperatures 1-gen-2023 Bernardini, Leonardo; Garivalis, ALEKOS IOANNIS; Mameli, Mauro; Filippeschi, Sauro; DI MARCO, Paolo
Preliminary Multi-Variable Experimental Analysis To Determine The Startup Criteria of Pulsating Heat Pipes 1-gen-2023 Abela, Mauro; Mameli, Mauro; Capuani, Mattia; Filippeschi, Sauro; Taft, Brent S.
Experimental analysis and transient numerical simulation of a large diameter pulsating heat pipe in microgravity conditions 1-gen-2022 Abela, M.; Mameli, M.; Nikolayev, V.; Filippeschi, S.
Experimental analysis of the thermal energy storage potential of a phase change material embedded in additively manufactured lattice structures 1-gen-2022 Piacquadio, S.; Schirp-Schoenen, M.; Mameli, M.; Filippeschi, S.; Schroder, K. -U.
Innovations in pulsating heat pipes: From origins to future perspectives 1-gen-2022 Mameli, M.; Besagni, G.; Bansal, P. K.; Markides, C. N.
PRELIMINARY EXPERIMENTAL RESULTS OF A PULSATING HEAT PIPE WITH A LONG ADIABATIC SECTION 1-gen-2022 Perna, R.; Slobodeniuk, M.; Pagliarini, L.; Mameli, M.; Bucchi, F.; Romestant, C.; Cattani, L.; Bozzoli, F.; Ayel, V.; Filippeschi, S.
PRELIMINARY MULTI-VARIABLE EXPERIMENTAL ANALYSIS TO DETERMINE THE START UP CRITERIA OF PULSATING HEAT PIPES 1-gen-2022 Abela, Mauro; Mameli, Mauro; Filippeschi, Sauro; Taft, Brent S.
Thermal performance analysis of a Pulsating Heat Pipe with a long adiabatic section tested with different working fluids 1-gen-2022 Filippeschi, S.; Perna, R.; Mameli, M.; Slobodeniuk, M.; Pagliarini, L.; Romestant, C.; Cattani, L.; Ayel, V.; Bozzoli, F.
Design of a Shape Memory Alloy Actuator for Self-Deployable Heat Exchangers 1-gen-2021 Perna, R.; Mameli, M.; Bucchi, F.; Frendo, F.; Filippeschi, S.
Development of Innovative modular experimental apparatus for the investigation of start-up and dryout processes in Pulsating Heat Pipe 1-gen-2021 Abela, Mauro; Mameli, Mauro; Filippeschi, Sauro; Taft, Brendon
Experimental validation of a Pulsating Heat Pipe transient model during the start-up in micro-gravity environment 1-gen-2021 Abela, Mauro; Mameli, M.; Nikolayev, V.; Filippeschi, S.
Global and local heat transfer behaviour of a three-dimensional Pulsating Heat Pipe: combined effect of the heat load, orientation and condenser temperature 1-gen-2021 Pagliarini, L.; Cattani, L.; Mameli, M.; Filippeschi, S.; Bozzoli, F.; Rainieri, S.
Metal foam/PCM melting evolution analysis: Orientation and morphology effects 1-gen-2021 Iasiello, M.; Mameli, M.; Filippeschi, S.; Bianco, N.
On the use of shape memory alloys for deployable passive heat radiators in space satellites 1-gen-2021 Bacciotti, A; Bucchi, F; Frendo, F; Mameli, M; Perna, R; Filippeschi, S
Preliminary design of a self-deployable Pulsating Heat Pipe by means of a Shape Memory Alloy actuator 1-gen-2021 Perna, R.; Mameli, M.; Bucchi, F.; Frendo, F.; Filippeschi, S.
Thermal characterization of a multi-turn pulsating heat pipe in microgravity conditions: Statistical approach to the local wall-to-fluid heat flux 1-gen-2021 Pagliarini, L.; Cattani, L.; Bozzoli, F.; Mameli, M.; Filippeschi, S.; Rainieri, S.; Marengo, M.