Wear-resistance of Aluminum Matrix Microcomposite Materials

Journal Title: Tribology in Industry - Year 2011, Vol 33, Issue 2

Abstract

A procedure is developed for the study of wear of aluminum alloys AlSi7 obtained by casting, reinforced by TiC microparticles, before and after heat treatment. Tribological study is realized under conditions of friction on counterbody with fixed abrasive. Experimental results were obtained for mass wear, wear rate, wear intensity and wear-resistance of the alloys with different wt% of microparticles.

Authors and Affiliations

M. KANDEVA, L. VASSILEVA, R. RANGELOV, S. SIMEONOVA

Keywords

Related Articles

Mechanical and Tribological Behavior of Vinyl Ester Hybrid Composites

An attempt has been made to explore the effect of hybrid reinforcement on mechanical properties and dry sliding wear behavior of vinyl ester (VE) composites. Vinyl ester reinforced with alkali treated coir fibers (CF-VE)...

Development of Aplication for Analysis of Machinability Index

Rapid development of new materials, cutting tools and cutting fluids promote research of machinability for new materials and tribological characteristic of cutting tools and cutting fluids. Material machinability is very...

Tribological Investigations of Hard-Faced Layers and Base Materials of Forging Dies with Different Kinds of Lubricants Applied

This paper gives a procedure for choosing the right technology for reparative hard facing of damaged forging dies. Since they are subject to impact loads and cyclic temperature elevations, forging dies should be made of...

The Automated Spectrometric Oil Analysis Decision Taking Procedure as a Tool to Prevent Aircraft Engine Failures

The purpose of spectrometric oil analysis is: – To diagnose imminent wear inside engine assemblies so that possible failures can be avoided, – To forecast and evaluate acquired data statistics regarding the operation of...

The Wear behavior of UHMWPE against Surface Modified CP-Titanium by Thermal Oxidation

The effects of thermal oxidation duration on hardness, roughness, and wettability of the CP-titanium surfaces were investigated in this paper. The thermal oxidation treatment was done at 700 oC for 12-36 hours in an air...

Download PDF file
  • EP ID EP114192
  • DOI -
  • Views 143
  • Downloads 0

How To Cite

M. KANDEVA, L. VASSILEVA, R. RANGELOV, S. SIMEONOVA (2011). Wear-resistance of Aluminum Matrix Microcomposite Materials. Tribology in Industry, 33(2), 57-62. https://europub.co.uk./articles/-A-114192