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Nano-indentation mapping of fretting-induced surface layers
T. Liskiewicz, K. Kubiak, T. Comyn
Department of Engineering
School of Computing and Engineering
Research output
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Contribution to journal
›
Article
›
peer-review
29
Citations (Scopus)
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Physics & Astronomy
fretting
100%
nanoindentation
68%
surface layers
58%
scars
31%
mechanical properties
22%
carbon steels
13%
copper alloys
13%
debris
12%
titanium alloys
11%
stainless steels
9%
friction
9%
modulus of elasticity
9%
hardness
8%
cycles
7%
probes
6%
energy
6%
Chemistry
Wear
62%
Copper Alloy
45%
Metallic Material
43%
Titanium Alloy
41%
Energy
31%
Surface
21%
Chemical Transformation
21%
Probe
20%
Modification
18%
Time
12%
Engineering & Materials Science
Nanoindentation
81%
Mechanical properties
32%
Wear of materials
24%
Copper alloys
20%
Debris
17%
Titanium alloys
17%
Carbon steel
15%
Stainless steel
14%
Elastic moduli
14%
Hardness
13%
Substrates
11%
Friction
11%
Experiments
5%