Polymer-metal gears become increasingly interesting to manufacturers and researchers for
their advantages to combine the two material's efficiencies. Despite the variety of studies in …

The hysteresis loss and the heat generation of rubber compounds under different ambient
temperatures and frequencies were predicted in terms of the viscoelastic theory. The cross …

In this paper, based on the real-time in-situ observation, aims to explore the effect of
viscoelastic properties on the actual contact and friction. The dynamic viscoelastic contact …

The mechanism of adhesive friction between viscoelastic materials is a key question. In this
study, the friction process of the adhesive interface between a friction lining and a wire rope …

A constitutive model is presented for the hysteretic behavior of elastomeric material, called
the modified generalized Maxwell model (MGMM). A new force-displacement relationship …

Over the years, the gear mesh stiffness is being studied extensively by researchers due to its
ability to give a better understanding of a gear box dynamic behaviour. Many studies have …

The acceleration, deceleration, and inertia of the friction hoist during lifting and lowering will
cause the vibration of the wire rope. This vibration will cause the lifting load to become …

In the beginning of the PhD research work, a state of the art is made to properly understand
the literature on plastic gears. Then, it is proposed to introduce a 14 degrees of freedom …

Modèles et expériences sont intimement liés. Modéliser permet d'interpréter des résultats
expérimentaux puis de prédire des situations inédites. Expérimenter permet de remettre en …