Ambient- to Elevated-Temperature Fracture and Fatigue Properties of Mo-Si-B Alloys : Role of Microstructure

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
Temperature Material Science
75
Fracture Toughness Material Science
50
Ductility Material Science
50
Cracks Material Science
25
Volume Fraction Material Science
25
Crack Initiation Material Science
25
Fatigue of Material... Material Science
25
Fatigue Crack Growt... Material Science
25
Crack Bridging Material Science
25
Intermetallics Material Science
25
Phase Composition Material Science

Keyphrases

100
Microstructure Keyphrases
100
Elevated Temperatur... Keyphrases
100
Fatigue Properties Keyphrases
100
Fracture Properties Keyphrases
100
Mo-Si-B Alloys Keyphrases
66
Fracture Toughness Keyphrases
66
Ductility Keyphrases
33
Microstructural Keyphrases
33
Volume Fraction Keyphrases
33
Ambient Temperature Keyphrases
33
Fracture Resistance Keyphrases
33
Intermetallics Keyphrases
33
Crack Extension Keyphrases
33
Crack Initiation Keyphrases
33
Matrix Alloy Keyphrases
33
Toughening Mechanis... Keyphrases
33
Mo5SiB2 Keyphrases
33
Mo5Si3 Keyphrases
33
Fatigue Resistance Keyphrases
33
Fatigue Crack Growt... Keyphrases
33
Mo Content Keyphrases
33
Fatigue Threshold Keyphrases
33
Crack Bridging Keyphrases
33
Fracture Crack Keyphrases
33
Growth Outcomes Keyphrases
33
Initiation Fracture... Keyphrases
33
Crack Trapping Keyphrases

INIS

100
microstructure INIS
100
alloys INIS
100
fractures INIS
100
fatigue INIS
60
cracks INIS
60
matrices INIS
40
values INIS
40
increasing INIS
40
fracture toughness INIS
40
ductility INIS
20
volume INIS
20
comparative evaluat... INIS
20
ambient temperature INIS
20
crack growth INIS
20
trapping INIS
20
intermetallic compo... INIS
20
crack propagation INIS

Engineering

100
Elevated Temperatur... Engineering
100
Alloy Engineering
100
Fatigue Property Engineering
100
Fracture Property Engineering
75
Fracture Strength Engineering
25
Mechanisms Engineering
25
Fracture Engineering
25
Toughening Engineering
25
Crack Extension Engineering
25
Crack Initiation Engineering
25
Fatigue Resistance Engineering
25
Fatigue Threshold Engineering
25
Fatigue Crack Growt... Engineering
25
Mo Content Engineering
25
Crack Bridging Engineering
25
Temperature Engineering
25
Intermetallics Engineering
25
Ambient Temperature Engineering
25
Phase Composition Engineering
25
Cracks Engineering
25
Fracture Resistance Engineering
Research OutputsResearch Output authored by Ambient- to Elevated-Temperature Fracture and Fatigue Properties of Mo-Si-B Alloys is tagged with the concept