Design of ultra-strong but ductile iron-based alloys with low supersaturations

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
Supersaturation Material Science
100
Nodular Iron Material Science
40
Nucleation Material Science
40
Ductility Material Science
20
Dislocation Material Science
20
Yield Stress Material Science
20
Work Hardening Material Science
20
Iron Material Science
20
Alloying Material Science
20
Weldability Material Science
20
Building Material Material Science
20
Advanced Material Material Science
20
Phase Composition Material Science

Keyphrases

100
Supersaturation Keyphrases
100
Ultra-strong Keyphrases
100
Iron Alloys Keyphrases
100
Ductile Iron Keyphrases
66
Solute Keyphrases
66
Alloy Design Keyphrases
66
Nanoscale Precipita... Keyphrases
66
Nanoprecipitation Keyphrases
33
Yield Strength Keyphrases
33
Nucleation Mechanis... Keyphrases
33
High Performance Keyphrases
33
Intermediate Struct... Keyphrases
33
Homogeneous Composi... Keyphrases
33
Tensile Ductility Keyphrases
33
Structural Applicat... Keyphrases
33
Assure Keyphrases
33
Alloying System Keyphrases
33
Mutually Exclusive Keyphrases
33
Energy Barrier Keyphrases
33
Dislocation-precipi... Keyphrases
33
Engineering Applica... Keyphrases
33
Weldability Keyphrases
33
Weld Properties Keyphrases
33
Structural Material... Keyphrases
33
Alloying Additions Keyphrases
33
Large Energy Keyphrases
33
Fine Dispersion Keyphrases
33
Advanced Materials Keyphrases
33
Strength-ductility ... Keyphrases
33
Elemental Fingerpri... Keyphrases
33
Design Strategy Keyphrases
33
Critical nucleus Keyphrases
33
Low Energy Barrier Keyphrases
33
Sharp Boundary Keyphrases
33
Element Partitionin... Keyphrases
33
Industry System Keyphrases
33
Work Hardening Capa... Keyphrases
33
Classical Action Keyphrases
33
Advanced Industry Keyphrases
33
Fine Precipitations Keyphrases

INIS

100
design INIS
100
alloys INIS
100
precipitation INIS
100
supersaturation INIS
100
iron INIS
71
nanostructures INIS
28
energy INIS
28
barriers INIS
28
applications INIS
28
nucleation INIS
28
solutes INIS
28
ductility INIS
14
interactions INIS
14
production INIS
14
control INIS
14
performance INIS
14
industry INIS
14
cost INIS
14
capacity INIS
14
yield strength INIS
14
dislocations INIS
14
engineering INIS
14
chemistry INIS
14
nuclei INIS
14
dispersions INIS
14
pressure range mega... INIS
14
alloy systems INIS
14
welds INIS
14
work hardening INIS
14
weldability INIS
14
structural material... INIS
14
intermediate struct... INIS

Engineering

100
Design Engineering
100
Alloy Engineering
100
Supersaturation Engineering
100
Nodular Iron Engineering
83
Nanoscale Engineering
66
Precipitation Engineering
33
Solute Engineering
33
Energy Barrier Engineering
16
Production Engineering
16
Lower Energy Engineering
16
Performance Engineering
16
Enhancement Engineering
16
Requirement Engineering
16
Tensiles Engineering
16
Low Cost Engineering
16
Nucleation Mechanis... Engineering
16
Alloying Engineering
16
Structural Applicat... Engineering
16
Alloy System Engineering
16
Dislocation Interac... Engineering
16
Engineering Applica... Engineering
16
Structural Material... Engineering
16
Phase Composition Engineering
16
Solvent Extraction Engineering
16
Yield Point Engineering
16
Iron Engineering
16
Strain Hardening Engineering

Chemical Engineering

100
Iron Chemical Engineering
100
Precipitation (Chem... Chemical Engineering
25
Chemical Element Chemical Engineering
25
Solvent Extraction Chemical Engineering
Research OutputsResearch Output authored by Design of ultra-strong but ductile iron-based alloys with low supersaturations is tagged with the concept