Fatigue crack propagation in dual-phase steels : Effects of ferritic-martensitic microstructures on crack path morphology

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

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Material Science

100
Morphology Material Science
100
Dual Phase Steel Material Science
100
Fatigue Crack Material Science
100
Crack Propagation Material Science
100
Cracks Material Science
80
Crack Growth Material Science
40
Temperature Material Science
40
Growth Rate Material Science
40
Spring Steel Material Science
40
Martensite Material Science
40
Crack Closure Material Science
20
Surface Roughness Material Science
20
Yield Stress Material Science
20
Heat Treatment Material Science
20
Ferrite Material Science
20
Metallography Material Science
20
Stress Intensity Material Science
20
Air Material Science

Keyphrases

100
Microstructure Keyphrases
100
Dual Phase Steel Keyphrases
100
Fatigue Crack Propa... Keyphrases
100
Crack Path Keyphrases
100
Path Morphology Keyphrases
100
Martensitic Microst... Keyphrases
100
Ferritic-martensiti... Keyphrases
66
Crack Growth Keyphrases
66
Load Ratio Keyphrases
66
Crack Closure Keyphrases
33
High Purity Keyphrases
33
Growth Rate Keyphrases
33
Yield Strength Keyphrases
33
Room Temperature Keyphrases
33
High Strength Keyphrases
33
Analytical Model Keyphrases
33
Deflection Keyphrases
33
Martensite Keyphrases
33
Fatigue Crack Keyphrases
33
High Resistance Keyphrases
33
Crack Extension Keyphrases
33
Ferrite Phase Keyphrases
33
Ferrite Matrix Keyphrases
33
Globular Keyphrases
33
Moist Air Keyphrases
33
Low Load Keyphrases
33
High Mass Loading Keyphrases
33
Martensite Phase Keyphrases
33
Strength Properties Keyphrases
33
Microstructural Eff... Keyphrases
33
Crack Deflection Keyphrases
33
High Ambient Temper... Keyphrases
33
Strength Level Keyphrases
33
Air Environment Keyphrases
33
Fatigue Threshold Keyphrases
33
Long Crack Keyphrases
33
Quantitative Metall... Keyphrases
33
Crack Driving Force Keyphrases
33
Fatigue Crack Growt... Keyphrases
33
Duplex Microstructu... Keyphrases
33
Temperature-depende... Keyphrases
33
Roughness-induced C... Keyphrases
33
Crack Growth Resist... Keyphrases
33
Crack Growth Behavi... Keyphrases
33
Threshold Stress In... Keyphrases
33
Resistance to Fatig... Keyphrases
33
Crack Roughness Keyphrases
33
Intercritical Heat ... Keyphrases

INIS

100
microstructure INIS
100
cracks INIS
100
martensitic steels INIS
100
steels INIS
100
morphology INIS
100
fatigue INIS
100
ferritic steels INIS
100
crack propagation INIS
57
crack growth INIS
28
range INIS
28
martensite INIS
14
spectra INIS
14
levels INIS
14
environment INIS
14
reduction INIS
14
growth INIS
14
losses INIS
14
purity INIS
14
distribution INIS
14
yield strength INIS
14
ambient temperature INIS
14
heat treatments INIS
14
matrices INIS
14
ferrite INIS
14
roughness INIS
14
temperature range 0... INIS
14
air INIS
14
closures INIS
14
pressure range mega... INIS
14
metallography INIS
14
iron silicides INIS

Engineering

100
Fatigue Crack Propa... Engineering
100
Crack Path Engineering
100
Martensitic Microst... Engineering
100
Dual Phase Steel Engineering
66
Steel Engineering
66
Deflection Engineering
66
Load Ratio Engineering
66
Crack Growth Engineering
66
Martensite Engineering
66
Crack Closure Engineering
33
Loss Engineering
33
Room Temperature Engineering
33
Characteristics Engineering
33
Mechanisms Engineering
33
Growth Rate Engineering
33
High Purity Engineering
33
Heat Treatment Engineering
33
Analytical Model Engineering
33
Crack Growth Rate Engineering
33
Threshold Stress Engineering
33
High Strength Engineering
33
High Resistance Engineering
33
Stress Intensity Engineering
33
Crack Extension Engineering
33
Metallography Engineering
33
Fatigue Crack Engineering
33
High Load Engineering
33
Low Load Engineering
33
Moist Air Engineering
33
Fatigue Threshold Engineering
33
Induced Roughness Engineering
33
Ferritic Matrix Engineering
33
Long Crack Engineering
33
Crack Driving Force Engineering
33
Crack Growth Behavi... Engineering
33
Measurement Engineering
33
Environment Engineering
33
Temperature Engineering
33
Ambient Temperature Engineering
33
Cycle Engineering
33
Yield Point Engineering
33
Cracks Engineering
Research OutputsResearch Output authored by Fatigue crack propagation in dual-phase steels is tagged with the concept