Nanoindentation-induced elastic-plastic transition and size effect in α-Al2O3(0001)

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

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Material Science

100
Al2O3 Material Science
100
Nanoindentation Material Science
66
Shear Strength Material Science
33
Indentation Material Science
33
Elastic Moduli Material Science

Keyphrases

100
Size Effect Keyphrases
100
Nanoindentation Keyphrases
100
Al2O3(0001) Keyphrases
100
Transition Effects Keyphrases
100
Elastic-plastic Tra... Keyphrases
50
Mechanical Properti... Keyphrases
50
Shear Strength Keyphrases
50
Elastic Modulus Keyphrases
50
Load-displacement C... Keyphrases
50
Effect-based Method... Keyphrases
50
Nanoindentation Tes... Keyphrases
50
Contact Depth Keyphrases
50
Depth Range Keyphrases
50
Berkovich Indenter Keyphrases
50
Pop-in Keyphrases
50
Indentation Size Ef... Keyphrases
50
Geometrically Neces... Keyphrases
50
Area Function Keyphrases
50
Intrinsic Hardness Keyphrases
50
Theoretical Shear S... Keyphrases
50
Hertz Contact Theor... Keyphrases

INIS

100
size INIS
100
hardness INIS
100
pressure range giga... INIS
100
plastics INIS
100
shear strength INIS
50
values INIS
50
experimental data INIS
50
curves INIS
50
range INIS
50
mechanical properti... INIS
50
dislocations INIS
50
loading INIS
50
depth INIS

Engineering

100
Size Effect Engineering
100
Shear Strength Engineering
50
Good Agreement Engineering
50
Indentation Engineering
50
Load Displacement C... Engineering
50
Predicted Value Engineering
50
Nanoindentation Tes... Engineering
50
Contact Depth Engineering
50
Modulus of Elastici... Engineering
Research OutputsResearch Output authored by Nanoindentation-induced elastic-plastic transition and size effect in α-Al2O3(0001) is tagged with the concept