Faculty and Researchers

Fixed-term Researcher in Tenure Track L. 79/2022

keywords: engine modeling, engine control, efficiency increase, knock, combustion analysis

Associate Professor

keywords: Sustainability and Sustainable Manufacturing, LCSA, Life Cycle Sustainability Assessment, LCIA, Life Cycle Impact

Full Professor

keywords: Cable-driven manipulators, Parallel manipulators, Static balancing, Dynamics of robots, Robot kinematics,

Associate Professor

keywords: chatter, Computational Mechanics, Damping, Vibrations

Full Professor

keywords: Misfire detection, ICE torque control based on phyiscal models, energy management for hybrid powertrains, Real-time

Assistant professor

keywords: Internal combustion engine, CFD

Associate Professor

keywords: Porous Media; Stability Analysis; Thermal Instability; Convective Instability; Absolute Instability;

Associate Professor

keywords: Multidisciplinary optimization, Additive Manufacturing, Lattice structures and toplogical optimization, Aerospace and

Junior assistant professor (fixed-term)

keywords: Finite element method, Navier-Stokes equations, Code coupling, Two-phase flow, Atmospheric dispersion

Full Professor

keywords: Steels, Cast irons, Aluminium alloys, Titanium alloys, Magnesium alloys, Metal matrix composites, Microstructure, Heat

Full Professor

keywords: plasma treatment of materials, plasma cutting and welding, thermal plasmas, plasma treatment of waste, non-thermal

Associate Professor

keywords: Human joint modeling; knee; ankle; wrist; experimental analysis

Associate Professor

keywords: Control of the combustion process, ICE indicated and load torque estimation, Development of actual and virtual sensors

Full Professor

keywords: Experimental mechanics, Mechanical testing of bone structures, Orthopaedic devices, Pre-clinical validation, In vitro

Full Professor

keywords: Advanced mechanical design, Compression-fit couplings, Shaft-hub couplings, Adhesively bonded couplings, Clamped joints

Junior assistant professor (fixed-term)

keywords: Biomechanics, In silico Medicine, Musculoskeletal modeling, Musculoskeletal disorders