Engineering & Materials Science
Fatigue of materials
66%
Ferritic stainless steel
58%
Welds
41%
Fatigue crack propagation
35%
Strain measurement
28%
Correlation methods
28%
High strength steel
27%
Crack propagation
25%
Characterization (materials science)
21%
Residual stresses
20%
Speckle
18%
Microstructure
17%
Crack initiation
17%
Amorphous alloys
17%
Mechanical properties
17%
Steel
15%
Metals
14%
Shipyards
14%
Hardness
13%
Cracks
13%
Steel construction
12%
Surface roughness
12%
Geometry
12%
Shear strain
11%
Plasmas
10%
Numerical models
9%
Open access
9%
Hydrogen
9%
Lasers
8%
Yield stress
8%
Grain boundaries
7%
Ductile fracture
6%
Crack tips
6%
Composite materials
6%
Polycrystalline materials
5%
Chemical Compounds
Fatigue Strength
100%
Crack Propagation
46%
Grain Size
38%
Residual Stress
31%
Shear Strain
30%
Crack Initiation
30%
Body-Centered Cubic Crystal System
28%
Plate Like Crystal
24%
Microstructure
20%
Strain
20%
Sandblasting
18%
Fracture Mechanics
17%
Strain Energy
14%
Yield Point
14%
Polycrystalline Solid
13%
Plastic Property
13%
Size Distribution
12%
Surface Roughness
12%
Surface
12%
Metal
11%
Volume
10%
Fracture Surface Morphology
8%
Alloy
8%
Base Material
7%
Plasma
7%
Electron Backscatter Diffraction
5%
Hydrogen
5%
Composite Material
5%
Extrusion
5%
Heterogeneity
5%
Mathematics
Fatigue Strength
63%
Welded Joints
32%
Thin Plate
27%
Crack Growth
21%
Notch
16%
Laser
14%
Modeling
9%
Fatigue Life
9%
Influence
8%
Structural Analysis
7%
Elastic Material
6%
Microstructure
6%
Plastics
6%
Fatigue
5%
Slope
5%
Fatigue Damage
5%
Steel
5%
Crack Initiation
5%
