Friction and wear properties of AlNP/Al and TiB2P/Al Composites

Min Zhao; Long Tao Jiang; Gao Hui Wu; Zuo Yong Dou; Fa Xian Xiu

Friction and wear properties of AlN_P/Al and TiB_2P/Al Composites

Min Zhao^*
, Long Tao Jiang
, Gao Hui Wu
, Zuo Yong Dou
, Fa Xian Xiu

^*Corresponding author for this work

Harbin Institute of Technology

Research output: Contribution to journal › Article › peer-review

1 Scopus citations

Abstract

The friction and wear properties of two composites and matrix alloy under oil-lubricated conditions were investigated, and related wear mechanisms were analyzed. Results show that, under lubricated conditions, friction coefficient of AlN_P/Al composite changes from low to high and gradually becomes steady, but just the reverse is that of TiB_2P/Al composite due to the formation of lubricating oil film. As particles strength increases, 50% (volume fraction) TiB_2P/Al composite has lower friction coefficient and higher wear resistance than that of 50% AlN_2P/Al composite. In addition, because of introduction of particle reinforcements, adhesion resistance of composites is obviously improved and better than that of matrix alloy.

Original language	English
Pages (from-to)	57-59+64
Journal	Journal of Materials Engineering
Issue number	9
State	Published - Sep 2004
Externally published	Yes

Keywords

Aluminum matrix composite
Friction and wear property
Particle reinforcement

Cite this

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title = "Friction and wear properties of AlNP/Al and TiB2P/Al Composites",

abstract = "The friction and wear properties of two composites and matrix alloy under oil-lubricated conditions were investigated, and related wear mechanisms were analyzed. Results show that, under lubricated conditions, friction coefficient of AlNP/Al composite changes from low to high and gradually becomes steady, but just the reverse is that of TiB2P/Al composite due to the formation of lubricating oil film. As particles strength increases, 50\% (volume fraction) TiB2P/Al composite has lower friction coefficient and higher wear resistance than that of 50\% AlN2P/Al composite. In addition, because of introduction of particle reinforcements, adhesion resistance of composites is obviously improved and better than that of matrix alloy.",

keywords = "Aluminum matrix composite, Friction and wear property, Particle reinforcement",

author = "Min Zhao and Jiang, \{Long Tao\} and Wu, \{Gao Hui\} and Dou, \{Zuo Yong\} and Xiu, \{Fa Xian\}",

year = "2004",

month = sep,

language = "英语",

pages = "57--59+64",

journal = "Journal of Materials Engineering",

issn = "1001-4381",

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T1 - Friction and wear properties of AlNP/Al and TiB2P/Al Composites

AU - Zhao, Min

AU - Jiang, Long Tao

AU - Wu, Gao Hui

AU - Dou, Zuo Yong

AU - Xiu, Fa Xian

PY - 2004/9

Y1 - 2004/9

N2 - The friction and wear properties of two composites and matrix alloy under oil-lubricated conditions were investigated, and related wear mechanisms were analyzed. Results show that, under lubricated conditions, friction coefficient of AlNP/Al composite changes from low to high and gradually becomes steady, but just the reverse is that of TiB2P/Al composite due to the formation of lubricating oil film. As particles strength increases, 50% (volume fraction) TiB2P/Al composite has lower friction coefficient and higher wear resistance than that of 50% AlN2P/Al composite. In addition, because of introduction of particle reinforcements, adhesion resistance of composites is obviously improved and better than that of matrix alloy.

AB - The friction and wear properties of two composites and matrix alloy under oil-lubricated conditions were investigated, and related wear mechanisms were analyzed. Results show that, under lubricated conditions, friction coefficient of AlNP/Al composite changes from low to high and gradually becomes steady, but just the reverse is that of TiB2P/Al composite due to the formation of lubricating oil film. As particles strength increases, 50% (volume fraction) TiB2P/Al composite has lower friction coefficient and higher wear resistance than that of 50% AlN2P/Al composite. In addition, because of introduction of particle reinforcements, adhesion resistance of composites is obviously improved and better than that of matrix alloy.

KW - Aluminum matrix composite

KW - Friction and wear property

KW - Particle reinforcement

UR - https://www.scopus.com/pages/publications/8844280781

M3 - 文章

AN - SCOPUS:8844280781

SN - 1001-4381

SP - 57-59+64

JO - Journal of Materials Engineering

JF - Journal of Materials Engineering

IS - 9

ER -

Friction and wear properties of AlN_P/Al and TiB_2P/Al Composites

Abstract

Keywords

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