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中低密度高熵合金之合金設計與其微奈米尺度潛變機制研究(2/3)
Jang, Shian-Ching
(PI)
材料科學與工程研究所
概覽
指紋
研究成果
(3)
指紋
探索此專案觸及的研究主題。這些標籤是根據基礎獎勵/補助款而產生。共同形成了獨特的指紋。
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Keyphrases
Medium-entropy Alloy
100%
Low Density
60%
Elevated Temperature
44%
Creep Response
43%
High-entropy Alloy
42%
TiAlV
41%
Cantor Alloy
40%
Ti60
40%
Incipient Behavior
40%
Orientation Effect
40%
Pop-in
40%
Ti-6Al-4V Alloy
40%
Loading Rate
40%
Loading Effect
40%
Face-centered Cubic
40%
Body-centered Cubic
39%
Nanoindentation
24%
Transmission Electron Microscopy
23%
Activation Volume
23%
High Strength
21%
Quinary
20%
Micro-nano
20%
Creep Mechanism
20%
Alloy Design
20%
High Ductility
20%
Room Temperature
17%
Activation Energy
16%
Calculation of Phase Diagrams (CALPHAD)
16%
Microstructure
14%
Temperature Range
14%
Cubic Matrix
13%
Non-equilibrium Modeling
13%
Phase Constituent
13%
Peierls Stress
13%
Specific Strength
13%
Electron Microscopy Characterization
13%
Equilibrium and Non-equilibrium
13%
Creep Strain
13%
Atomic Stacking
13%
Hardness Strength
13%
Structural Materials
13%
Decreasing Trend
13%
High Hardness
13%
Dislocation Creep
13%
Creep Displacement
13%
Lattice Structure
13%
Creep Behavior
13%
Temperature Effect
13%
B2 Precipitates
13%
Energy Value
13%
Dislocation Configuration
10%
Active Slip Systems
10%
Schmid Factor
10%
Onset of Yielding
10%
X-ray Diffractometer
10%
Single Body
10%
Nanoindentation Test
10%
Dislocation multiplication
10%
Dislocation Behavior
10%
Over Load
10%
Pre-existing Dislocation
10%
Incipient Plasticity
10%
System Factors
10%
Cubic Phase
10%
Dislocation nucleation
10%
Heterogeneous nucleation
10%
X-ray Transmission
10%
Crystal Orientation
10%
Loading Rate Dependence
10%
Dislocation Loops
10%
Compressive Strength
7%
Ductility
5%
Engineering
Creep
60%
Face-Centered Cubic
46%
Elevated Temperature
46%
High-Entropy Alloys
42%
Body-Centered Cubic
41%
Loading Rate
40%
Ti-6al-4v Alloy
40%
Compressive Strength
20%
Compression Strength
20%
Activation Volume
19%
Room Temperature
17%
Activation Energy
16%
Temperature Range
14%
Energy Engineering
13%
Dislocation Creep
13%
Peierls Stress
13%
Creep Strain
13%
Strain Rate
13%
Structural Materials
13%
Nonequilibrium
13%
Temperature Dependence
13%
Calorific Value
13%
Microstructure Evolution
8%
Melting Point
8%
Schmids Factor
8%
Slip System
8%
Loading Plane
8%
Heterogeneous Nucleation
8%
Rate Dependence
8%
Dislocation Loop
8%
Crystal Structure
8%
Compressive Strain
6%
Alloy Composition
6%
Quenching Oil
6%
Cast Alloy
6%
Material Science
Medium-Entropy Alloy
100%
Density
82%
High Entropy Alloys
62%
Creep
60%
Nanoindentation
54%
Ti-6Al-4V
40%
Transmission Electron Microscopy
33%
Nucleation
20%
Crystal Structure
20%
Activation Energy
16%
Crystal Structure
13%
Dislocation Creep
13%
Building Material
13%
Creep Property
13%
Strain Rate
13%
Compressive Strength
7%