11 Einträge gefunden

1. An upper bound for viscoelastic pull-off of a sphere with a Maugis-Dugdale model

   1. Ciavarella, Michele

   2022 - TUHH Open Research
2. A linear cohesive model of zero degree peeling of a viscoelastic tape from a substrate

   1. Ciavarella, Michele
   2. Zhang, Shubo
   3. Gao, Huajian
   4. Cricrì, Gabriele

   2022 - TUHH Open Research
3. Adhesion enhancement in a dimpled surface with axisymmetric waviness and rate-dependent work of adhesion

   1. Papangelo, Antonio
   2. Ciavarella, Michele

   2022 - TUHH Open Research
4. Letter to the editor: on the Vieira, Andrade, Herrmann (VAH) model for fatigue crack propagation from cumulative damage laws

   1. Ciavarella, Michele

   2022 - TUHH Open Research
5. A general expression for the maximum force in peeling a tape from a rigid substrate with an initial crack

   1. Ciavarella, Michele
   2. Chen, S. H.
   3. Gao, Hao

   2022 - TUHH Open Research
6. Maugis-Tabor parameter dependence of pull-off in viscoelastic line Hertzian contacts

   1. Ciavarella, Michele
   2. Wang, Qing Ao
   3. Li, Qunyang

   2022 - TUHH Open Research
7. Rolling of a cylinder with slip-dependent friction: The Carter solution revisited

   1. Ciavarella, Michele
   2. Romano, Luigi
   3. Barber, J. R.

   2022 - TUHH Open Research
8. External work rate and dissipation during crack growth in a viscoelastic material

   1. Ciavarella, Michele
   2. Zhang, T.
   3. McMeeking, Robert Maxwell

   2022 - TUHH Open Research
9. Reprint of: Viscoelastic dissipation in repeated normal indentation of an Hertzian profile

   1. Papangelo, Antonio
   2. Ciavarella, Michele

   2022 - TUHH Open Research
10. Transient and steady state viscoelastic crack propagation in a double cantilever beam specimen

    1. Ciavarella, Michele
    2. Papangelo, Antonio
    3. McMeeking, Robert Maxwell

    2022 - TUHH Open Research
11. Viscoelastic dissipation in repeated normal indentation of an Hertzian profile

    1. Papangelo, Antonio
    2. Ciavarella, Michele

    2022 - TUHH Open Research