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Investigation on position of kink band formation in single crystal of Mg-based LPSO phase using dislocation-based crystal plasticity simulation
Ryo Ueta,
Kazuyuki Shizawa
Department of Mechanical Engineering
Research output
:
Contribution to journal
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Article
›
peer-review
2
Citations (Scopus)
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Dive into the research topics of 'Investigation on position of kink band formation in single crystal of Mg-based LPSO phase using dislocation-based crystal plasticity simulation'. Together they form a unique fingerprint.
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Engineering & Materials Science
Dislocations (crystals)
95%
Single crystals
69%
Crystal defects
64%
Crystals
59%
Plasticity
56%
Crystal lattices
30%
Continuum mechanics
26%
Strain energy
21%
Hardening
18%
Shear stress
18%
Chemical Compounds
Disclination Type Defect
100%
Crystal Defect
70%
Single Crystalline Solid
42%
Strain Energy
38%
Simulation
38%
Shear Stress
36%
Mechanics
34%
Heterogeneity
27%
Energy
14%
Physics & Astronomy
kink bands
92%
plastic properties
55%
single crystals
37%
crystals
29%
simulation
22%
crystal defects
16%
slip
14%
incompatibility
11%
continuum mechanics
10%
critical loading
10%
elimination
8%
hardening
7%
shear stress
7%
energy
5%
predictions
4%