Engineering & Materials Science
Fatigue of materials
100%
Nanoindentation
61%
Nanocrystals
42%
Crack initiation
35%
Aluminum
35%
Residual stresses
34%
Surface treatment
29%
Titanium alloys
29%
Synchrotrons
29%
Ultrasonics
29%
Indentation
29%
Aluminum alloys
28%
Austenitic stainless steel
27%
Strain rate
25%
Welds
22%
Steel
22%
Hardening
19%
Energy absorption
18%
Crystal orientation
17%
X ray diffraction
14%
Plastic deformation
14%
Glass fibers
13%
Crack propagation
13%
Electron beam welding
13%
Autoclaved aerated concrete
12%
Strain energy
12%
Strain hardening
12%
Manganese steel
11%
ASTM standards
11%
Mechanical testing
11%
Hardness
11%
Compressive stress
11%
Composite materials
11%
Single crystals
10%
X rays
10%
Cracks
10%
Crushing
10%
Steel construction
10%
Metals
10%
Anisotropy
9%
Fatigue testing
9%
Mechanical properties
9%
Plastics
9%
Nanoparticles
9%
Aluminum oxide
9%
Carbon steel
8%
Nickel
8%
Laminates
8%
Characterization (materials science)
8%
Compressive strength
8%
Chemistry
Crack Initiation
74%
Residual Stress
54%
Fatigue Strength
44%
Aluminium Alloy
35%
Titanium Alloy
35%
Fatigue Limit
31%
Alloy
29%
Slip Band
28%
Strain
25%
Surface Modification
24%
Nanocrystal
23%
Strain Hardening
19%
Crack Propagation
16%
Stress Cracking
15%
Compressor
14%
Cladding
12%
Energy
10%
Electron Beam
10%
Surface
9%
Purity
9%
Composite Material
9%
Diamond
9%
Application
8%
Strength
8%
Yield Point
8%
Metal
7%
X-Ray
7%
Force
6%
Pore
6%
Shape
6%
Fiber
6%
Plastic Deformation
5%
Plastic Property
5%
Physics & Astronomy
nanoindentation
32%
fatigue life
28%
aluminum alloys
28%
welded joints
22%
cycles
20%
titanium alloys
19%
hardening
17%
residual stress
17%
aluminum
17%
strain rate
16%
steels
14%
crack initiation
13%
stress ratio
13%
electron beam welding
13%
crushing
12%
precipitation hardening
11%
plastics
11%
synchrotrons
10%
predictions
10%
manganese
9%
curves
9%
stress distribution
8%
indentation
8%
energy absorption
8%
mechanical properties
7%
honeycomb cores
7%
hardness
7%
atomic force microscopy
7%
porosity
6%
nanoparticles
6%
carbon
6%
composite materials
5%
x rays
5%
characterization
5%
matrices
5%
profiles
5%