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Development of thermo-viscoelastic models for reinforced elastomers with applications to coalescence and crack propagation in tyres.
In collaboration with: G. Lancioni (Unipm), F. Freddi (Unipr) e N. Stortini (Uniroma1)
Advanced material modeling for virtual tire development (funded by Bridgestone Europe NV/SA)
Advanced material modeling for virtual tire development (funded by Bridgestone Europe NV/SA)
Constitutive models based on neural networks to describe the visco-elastic behaviour of elastomers at large strain.
In collaboration with: F. Califano (Uniroma1)
Magneto-rheological materials for damping applications (funded by Leonardo S.p.A.)
Magneto-rheological materials for damping applications (funded by Leonardo S.p.A.)
Use of magnetorheological elastomers for the development of active or semi-active vibration absorbers.
In collaboration with: G. Tomassetti e M. Ruggieri (Uniroma3)
Non-affine fiber reorientation in finite inelasticity
Non-affine fiber reorientation in finite inelasticity
Study of the dynamics of passive and active reinforcement fibres immersed in a soft matrix.
In collaboration with: P. Nardinocchi (Uniroma1) e G. Lucci (Polito)
Eulerian formulation of large strain viscoplasticity
Eulerian formulation of large strain viscoplasticity
Eulerian formulation of constitutive equations for fibre-reinforced and granular materials.
In collaboration with: M.B. Rubin (Technion)
Structural Health Monitoring
Structural Health Monitoring
Numerical and experimental study of permanent structural monitoring systems.
In collaboration with: P. DiRe, E. Lofrano, A. Paolone, F. Romeo (Uniroma1)
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