Superior surface characteristics, tribological performance and adhesion strength are critical
for DLC coated surface in hip implant. Incorporating laser surface texturing and heat …

Surface texturing is a promising way to reduce wear, but further improvements in wear
resistance via single textures remain challenging. Inspired by multiple biological surfaces …

Textured surfaces have been remarkable in improving the frictional performance of sliding
contacts, particularly at instances such as boundary or mixed lubrication regimes. This …

In recent years, thanks to the development of additive manufacturing techniques, pros-thetic
surgery has reached increasingly cutting-edge levels, revolutionizing the clinical course of …

A new surface texturing design was proposed for improving the tribological performance of
bioimplants. Theoretical analysis was conducted to reveal the positive impact of round …

In this study, different surface textures (Diamond, Cylinder, and Sin) have been designed
and produced on Ti6Al4V alloys by selective laser melting technology. TiO 2/Ag composite …

The lubrication regime of a hip implant is influenced by various parameters, including
material, geometry, roughness, relative angular movement, and loading circumstances …

Titanium alloys have expanded concentration in various industries such as aviation, naval
and medical because of their higher stiffness-to-mass ratio, higher toughness at elevated …

The combination of laser surface texturing and heat treatment process was barely
investigated in the past, particularly for improved surface characteristics of Ti6Al4V. Hereby …

Micro-spike textures in ant's leg were investigated using Atomic Force Microscopy and
frictional anisotropy was explored. Bio-inspired textured surfaces were 3D-printed with …