Tribometry of Materials for Bioengineering Applications
Journal Title: Tribology in Industry - Year 2010, Vol 32, Issue 1
Abstract
Development of materials for biomedical implants (metals, polymers, ceramics and composites) is directly determined by characteristics and nature of the tissue, organs and systems that are being replaced or supplemented. Modern material investigations at micro- and nano- level enable introspection into new aspects of material behaviour and offer possibilities to significantly improve systems in use, from different aspects, such as improvement of manufacturing technologies or surface technologies modifications. Biomaterial investigations from a tribology point of view offer contribution to testing realised in this area, especially with use of novel devices for research in area of nanotribology.
Authors and Affiliations
F. ZIVIĆ, M. BABIĆ, N. GRUJOVIĆ, S. MITROVIĆ
Tribological and Electrical Properties of Filled Epoxy Reinforced Composites
The main goal of this study is to identify the ways in which it is possible to intervene in order to improve the electromagnetic, thermal, thermo-mechanical and mechanical properties of composite materials. One of the ch...
The Effect of Compression Ring Profile on the Friction Force in an Internal Combustion Engine
In an internal combustion engine piston, piston ring and cylinder are the most important assembly for transmitting the forces produced by the combustion process. The friction between piston ring pack and cylinder account...
Tribological Study of Biocompatible Hybrid Organic Molecules Film with Antibacterial Effect
Optical glass is widely used in bioengineering and various utilities such as public touchscreen displays and mobile devices. This work evaluates the features of anti‐bacterial and anti‐adhesion on Octadecyltrichlorosilan...
Characterization of the Tribological Properties of Bismuth-titanate Coatings Synthesized by Sol-gel on 316L Stainless Steel Substrates
The objective of this investigation was to obtain ceramic coatings of bismuth titanate by Sol-gel synthesis on 316L stainless steel substrates using bismuth nitrate pentahydrate (III) and titanium tetrabutoxide as precur...
Dry Sliding Wear Behavior of A356 Alloy/Mg2Sip Functionally Graded in-situ Composites: Effect of Processing Conditions
In present study, the effect of dry sliding wear conditions of A356 alloy/Mg2Sip functionally graded in-situ composites developed by centrifugal casting method has been studied. A pure commercial A356 alloy (Al–7.5Si–0.3...