Wear behavior of As-cast ZnAl27/SiC particulate metal-matrix composites under lubricated sliding condition

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Alloy Material Science
100
Cast Material Science
100
Metal Matrix Compos... Material Science
66
Particle Material Science
66
Surface (Surface Sc... Material Science
33
Metal Material Science
33
Lubricated Wear Material Science

Keyphrases

100
As-cast Keyphrases
100
SiC Particulate Keyphrases
100
Lubricated Sliding Keyphrases
100
Wear Behavior Keyphrases
100
ZA-27 Alloy Keyphrases
100
Particulate Metal M... Keyphrases
100
Sliding Condition Keyphrases
66
SiC Particles Keyphrases
66
Lubrication Conditi... Keyphrases
66
Deformed Layer Keyphrases
33
Reinforced Keyphrases
33
Cyclic Softening Keyphrases
33
Cyclic Hardening Keyphrases
33
Lubricated Wear Keyphrases
33
Applied Load Keyphrases
33
Unreinforced Keyphrases
33
Surface Asperity Keyphrases
33
Fatigue Process Keyphrases
33
Fatigue Fracture Keyphrases
33
Wear Test Keyphrases
33
Severe Wear Keyphrases
33
Surface Mixed Layer Keyphrases
33
Hardening-softening Keyphrases

INIS

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metals INIS
100
particulates INIS
100
matrices INIS
100
silicon carbides INIS
100
wear INIS
50
layers INIS
50
alloys INIS
33
particles INIS
33
size INIS
33
surfaces INIS
33
fatigue INIS
16
hardening INIS
16
fractures INIS

Engineering

100
Alloy Engineering
100
Metal Matrix Compos... Engineering
100
Sliding Condition Engineering
33
Surface Engineering
33
Fracture Engineering
33
Hardening Engineering
33
Initial State Engineering
33
Subsurface Engineering
33
Lubricated Wear Engineering
33
Large Size Engineering
33
Applied Load Engineering
33
Surface Asperity Engineering
33
Severe Wear Engineering
Research OutputsResearch Output authored by Wear behavior of As-cast ZnAl27/SiC particulate metal-matrix composites under lubricated sliding condition is tagged with the concept