Francesco Varriale (Former)

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2025
Mark Simulation of friction and wear for a low-steel brake material based on experimental pv-mapping of its basic constituents
Francesco, Varriale ^LU ; Davide, Carlevaris ; Yezhe, Lyu ^LU and Jens, Wahlström ^LU (2025) In Wear 572-573.
- Contribution to journal › Article
Mark A methodology to simulate the performance of automotive brake systems
Varriale, Francesco ^LU (2025)
- Thesis › Doctoral thesis (compilation)
2024
Mark Pin-on-disc tribological characterization of single ingredients used in a brake pad friction material
Carlevaris, Davide ; Varriale, Francesco ^LU ; Wahlström, Jens ^LU and Menapace, Cinzia (2024) In Friction 12(11). p.2576-2593
- Contribution to journal › Article
Mark Tribology and airborne particle emissions from grey cast iron and WC reinforced laser cladded brake discs
Lyu, Yezhe ^LU ; Varriale, Francesco ^LU ; Malmborg, Vilhelm ^LU ; Ek, Martin ^LU ; Pagels, Joakim ^LU and Wahlström, Jens ^LU (2024) In Wear 556-557.
- Contribution to journal › Article
2023
Mark On the impact of pad material ingredients on particulate wear emissions from disc brakes
Varriale, Francesco ^LU ; Carlevaris, Davide ; Wahlström, Jens ^LU ; Malmborg, Vilhelm ^LU and Lyu, Yezhe ^LU (2023) In Results in Engineering 19.
- Contribution to journal › Article
2022
Mark A Mesoscopic Simulation Approach Based on Metal Fibre Characterization Data to Evaluate Brake Friction Performance
Varriale, Francesco ^LU ; Riva, Gabriele ; Wahlström, Jens ^LU and Lyu, Yezhe ^LU (2022) In Lubricants 10(3).
- Contribution to journal › Article
Mark A Brake System Coefficient of Friction Estimation Using 3D Friction Maps
Varriale, Francesco ^LU ; Candeo, Stefano ; Riva, Gabriele ; Wahlström, Jens ^LU and Lyu, Yezhe ^LU (2022) In Lubricants 10(7).
- Contribution to journal › Article
2021
Mark A finite element analysis (FEA) approach to simulate the coefficient of friction of a brake system starting from material friction characterization
Riva, Gabriele ; Varriale, Francesco ^LU and Wahlström, Jens ^LU (2021) In Friction 9(1). p.191-200
- Contribution to journal › Article