PRODUCTION OF AA7075/B4C COMPOSITE MATERIALS BY SEMI-SOLID STIRRING METHOD

Year 2019, , 230 - 240, 30.12.2019

Rifat Yakut , Nilhan Ürkmez Taşkın

https://doi.org/10.36222/ejt.596420

Cited By: 4

Abstract

AA7075 aluminum alloy was
reinforced with B₄C particles to produce aluminum composite
materials. In the production of AA7075/B₄C composite materials,
semi-solid mixing methods were applied for homogen reinforcement dispersion
then low pressure solidification.  For
the determination of the mechanical properties of the obtained samples; three
point bending, compression and hardness tests were performed. In addition,
microstructure, reinforcement matrix interface and chemical structure of the
composite material produced by SEM, EDS, XRD analysis were examined. As a
result, it was observed that; using the semi-solid mixing method the
reinforcing powders could be distributed homogeneously into the matrix, both
chemical and mechanical bonding could be occurs between the matrix and the
reinforcing material and this mixing technique could be easily used in the
production of particle reinforced metal composites. 

Keywords

Aluminum, B4C, Metal Matrix Composites, Semi-Solid Stirring

Supporting Institution

Trakya University’s Scientific Research Project (TUBAP)

Project Number

TUBAP Project No: 2013/12

Thanks

This work is supported by the Coordinator of Trakya University’s Scientific Research Project (TUBAP Project No: 2013/12)

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