Recent advancements in biomedical, transportation and energy sectors have resulted in
high demands for advanced materials with superior resistance to creep deformations. In …

A multi-physics electrical contact model is proposed to study electrical, thermal, and
mechanical behaviors on rough surfaces, in which the elastic and plastic deformation of …

The present study investigates the effect of post-processing (heat treatment: solutionizing at
850 C for 2 h with aging at 490 C for 3 h and cryogenic treatment at− 196 C for 24 h) and the …

Electrical contact mechanics behaves in a complex way and the effect of temperature makes
the contact behavior more complicated. To analyze the temperature dependent contact …

The joint surfaces have a significant effect on the behavior of mechanical structures. Strong
demand exists for the development of a model that can include the contact characteristics of …

It is shown that dimensionless equations for the force and contact area in finite element
models of flattening the sphere were obtained for a very narrow range of relative …

There is inevitably an angular offset during contact of mechanical structures such as roller
bearings or gears. Most of the previous contact models involve the contact between two …

In this paper, laser texturing is performed on the surface of Mn-Cu and Fe-Zn damping alloys
and the tribological properties of the samples with various surface weaves under dry-sliding …

Contact mechanics models are widely used to analyze electrical contact behavior.
Greenwood and Williamson (GW model) first developed a rough surface contact model to …

Studi tentang kontak antara dua permukaan sangat menarik untuk dipelajari karena
berhubungan dengan gesekan, pelumasan, dan keausan. Mekanika kontak berperan …