An extraordinary-performance gradient nanostructured Hadfield manganese steel containing multi-phase nanocrystalline-amorphous core-shell surface layer by laser surface processing

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

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Material Science

100
Nanocrystalline Material Science
100
Laser Material Science
100
Surface (Surface Sc... Material Science
100
Manganese Steel Material Science
42
Grain Size Material Science
42
Ductility Material Science
28
Ultimate Tensile St... Material Science
28
Dislocation Material Science
28
Nanoindentation Material Science
28
Nanostructure Material Science
14
Hardness Material Science
14
Characterization Material Science
14
Metal Material Science
14
Work Hardening Material Science
14
Mechanical Testing Material Science
14
Compressive Strengt... Material Science
14
Grain Boundaries Material Science

Keyphrases

100
Nanocrystalline Keyphrases
100
Surface Layer Keyphrases
100
Core-shell Keyphrases
100
Gradient Nanostruct... Keyphrases
100
Shell Surface Keyphrases
100
Amorphous Core Keyphrases
100
Laser Surface Proce... Keyphrases
100
Hadfield Manganese ... Keyphrases
100
Performance Gradien... Keyphrases
60
Structural Surface Keyphrases
40
Ductility Keyphrases
40
Tensile Strength Keyphrases
40
Gradient Direction Keyphrases
40
Dislocation Behavio... Keyphrases
20
Grain Boundary Keyphrases
20
Bulk Specimens Keyphrases
20
Grain Size Keyphrases
20
Average Grain Size Keyphrases
20
Laser Surface Melti... Keyphrases
20
Austenitic Keyphrases
20
Mechanical Testing Keyphrases
20
Strengthening Effec... Keyphrases
20
Microstructural Cha... Keyphrases
20
Nanoindentation Keyphrases
20
Martensitic Transfo... Keyphrases
20
Mechanical Performa... Keyphrases
20
Critical Grain Size Keyphrases
20
Strength-ductility ... Keyphrases
20
Atomic Scale Keyphrases
20
Synergetic Effect Keyphrases
20
Compressive Strengt... Keyphrases
20
Refinement Process Keyphrases
20
Nanograins Keyphrases
20
Nano-heterostructur... Keyphrases
20
Ultra-strong Keyphrases
20
Micropillar Keyphrases
20
Nanotwinned Metals Keyphrases
20
Work Hardening Abil... Keyphrases
20
Micropillar Compres... Keyphrases
20
Nanoindentation Har... Keyphrases
20
Atomic-scale Observ... Keyphrases

INIS

100
processing INIS
100
surfaces INIS
100
performance INIS
100
layers INIS
100
lasers INIS
100
nanostructures INIS
100
shells INIS
100
manganese steels INIS
42
grain size INIS
42
pressure range giga... INIS
42
ductility INIS
28
dislocations INIS
28
tensile strength INIS
14
metals INIS
14
microstructure INIS
14
increasing INIS
14
hardness INIS
14
strains INIS
14
matrices INIS
14
phase transformatio... INIS
14
grain boundaries INIS
14
twinning INIS
14
compression INIS
14
pressure range mega... INIS
14
austenitic steels INIS
14
work hardening INIS
14
mechanical tests INIS
14
compression strengt... INIS

Engineering

100
Performance Engineering
100
Nanocrystalline Engineering
100
Laser Surface Engineering
100
Core-Shell Engineering
100
Surface Processing Engineering
100
Manganese Steel Engineering
100
Surface Layers Engineering
80
Surface Engineering
40
Dislocation Engineering
40
Ultimate Tensile St... Engineering
40
Gradient Direction Engineering
40
Nanomaterial Engineering
20
Average Grain Size Engineering
20
Strengthening Effec... Engineering
20
Tensile Specimen Engineering
20
Mechanical Performa... Engineering
20
Refinement Process Engineering
20
Nanograins Engineering
20
Scale Observation Engineering
20
Compression Strengt... Engineering
20
Compressive Strengt... Engineering
20
Synergy Engineering
20
Melting Engineering
20
Grain Boundaries Engineering
20
Strain Hardening Engineering
Research OutputsResearch Output authored by An extraordinary-performance gradient nanostructured Hadfield manganese steel containing multi-phase nanocrystalline-amorphous core-shell surface layer by laser surface processing is tagged with the concept