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Marco Freschi
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Cited by
Year
Analysis of ball milling time to produce self-lubricating copper-tungsten disulfide composite: best trade-off between tribological performance and electrical properties
M Freschi, M Di Virgilio, L Andena, M Mariani, O Haiko, J Kömi, N Lecis, ...
Next Materials 2, 100083, 2024
2024
Tuning the Parameters of Cu−WS2 Composite Production via Powder Metallurgy: Evaluation of the Effects on Tribological Properties
M Freschi, L Dragoni, M Mariani, O Haiko, J Kömi, N Lecis, G Dotelli
Lubricants 11 (2), 66, 2023
22023
Production and characterization of self-lubricating metal matrix composites for sliding electrical contact in aerospace applications
M Freschi
2022
The Twelve Principles of Green Tribology: Studies, Research, and Case Studies—A Brief Anthology
M Freschi, A Paniz, E Cerqueni, G Colella, G Dotelli
Lubricants 10 (6), 129, 2022
152022
Physico-Mechanical Properties of Metal Matrix Self-Lubricating Composites Reinforced with Traditional and Nanometric Particles
M Freschi, A Arrigoni, O Haiko, L Andena, J Kömi, C Castiglioni, G Dotelli
Lubricants 10 (3), 35, 2022
62022
Investigation of second phase concentration effects on tribological and electrical properties of Cu–WS2 composites
M Freschi, M Di Virgilio, O Haiko, M Mariani, L Andena, N Lecis, J Kömi, ...
Tribology International 166, 107357, 2022
232022
Comparative Life Cycle Assessment of Aluminium Electrolytic Capacitors
C Moletti, M Freschi, L Primavesi, G Dotelli
3rd PCNS, Milan, Italy, 2021
12021
Employment of Micro-and Nano-WS2 Structures to Enhance the Tribological Properties of Copper Matrix Composites
M Freschi, M Di Virgilio, G Zanardi, M Mariani, N Lecis, G Dotelli
Lubricants 9 (5), 53, 2021
122021
Innovative use of fluorescein for the air path study within light-weight wall assemblies
N Hurel, M Freschi, M Pailha, M Woloszyn
Experimental Thermal and Fluid Science 92, 69-88, 2018
22018
Experimental investigation of the air path in timber frame wall assembly
M FRESCHI
Italy, 2016
2016
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