Cooling rate effect on Young's modulus and hardness of a Zr-based metallic glass

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

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Material Science

100
Hardness Material Science
100
Young's Modulus Material Science
100
Amorphous Metal Material Science
60
Cast Material Science
60
Nanoindentation Material Science
20
Finite Element Meth... Material Science
20
Atomic Structure Material Science
20
Elastic Moduli Material Science

Keyphrases

100
Young's Modulus Keyphrases
100
Metallic Glass Keyphrases
100
Zr-based Metallic G... Keyphrases
100
Cooling Rate Effect Keyphrases
75
Cooling Rate Keyphrases
50
Mechanical Properti... Keyphrases
50
As-cast Keyphrases
50
Micro-compression Keyphrases
25
Finite Element Anal... Keyphrases
25
Atomic Structure Keyphrases
25
Elastic Modulus Keyphrases
25
Ribbon Keyphrases
25
Nanoindentation Keyphrases
25
Micromechanics Keyphrases
25
Melt-spun Ribbons Keyphrases
25
Nanoindentation Tes... Keyphrases
25
Nanoindentation Tec... Keyphrases
25
High Cooling Rate Keyphrases
25
Bulk Samples Keyphrases
25
Glass Samples Keyphrases
25
Confounding Effect Keyphrases
25
Sample Thickness Ef... Keyphrases
25
Bulk Element Keyphrases

INIS

100
hardness INIS
100
cooling INIS
100
young modulus INIS
100
metallic glasses INIS
33
mechanical properti... INIS
16
thickness INIS
16
finite element meth... INIS

Engineering

100
Cooling Rate Engineering
100
Young's Modulus Engineering
40
Mechanical Properti... Engineering
40
Experiments Engineering
20
Thickness Engineering
20
Finite Element Meth... Engineering
20
High Cooling Rate Engineering
20
Nanoindentation Tes... Engineering
Research OutputsResearch Output authored by Cooling rate effect on Young's modulus and hardness of a Zr-based metallic glass is tagged with the concept