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 …

In the rough surface contact research, the real contact area has long been the primary focus,
however, the details of contact spots, such as the size, morphology, and distribution which …

Surface roughness emerges naturally during mechanical removal of material, fracture,
chemical deposition, plastic deformation, indentation, and other processes. Here, we use …

A new method that combines the fractal theory, Weibull distribution and genetic algorithm
(GA) is proposed in the present study to generate engineering non-Gaussian rough surfaces …

The impact of non-Gaussian height distribution and spectral properties on the lubrication
performance of counterformal (point) contacts is quantitatively studied (film parameter, Λ …

This study aims to investigate the contact performance of non-Gaussian rough surfaces
under mixed lubrication conditions, with a particular emphasis on the normal dynamic …

In mechanical systems, the machining surfaces of various components, especially those
subjected to precision machining such as the roller and track surfaces in feed systems, often …

Contact between elastic rough surfaces is one of the fundamental problems in tribology. We
study with a Boundary Element Method the influence of anisotropy of roughness on the real …

Contact between elastic rough surfaces is one of the fundamental problems in tribology. We
study with a Boundary Element Method the influence of anisotropy of roughness on the real …