Engineering & Materials Science
Harvesters
75%
Energy harvesting
65%
Numerical methods
56%
Laser cladding
50%
Lasers
48%
Magnetostriction
47%
Fatigue of materials
44%
Finite element method
39%
Stellite
39%
Pickups
38%
Magnetic flux
35%
Magnetic fields
28%
Heat treatment
22%
Defects
21%
Coatings
19%
Substrates
18%
Electric potential
16%
Metals
16%
Composite coatings
15%
Steel construction
14%
Dilution
14%
Thermal gradients
13%
Thermal expansion
13%
Torsional stress
12%
Tensile stress
12%
Costs
12%
Service life
12%
Residual stresses
11%
Welding
10%
Fusion reactions
10%
Physics & Astronomy
steels
94%
fatigue life
64%
plastic deformation
56%
Stellite (trademark)
51%
magnetic properties
44%
Inconel (trademark)
40%
coatings
32%
lasers
28%
bending fatigue
27%
heat treatment
25%
fatigue tests
21%
service life
20%
metal matrix composites
19%
welding
16%
tensile stress
16%
dilution
15%
torsion
15%
residual stress
14%
thermal expansion
13%
fusion
12%
cycles
10%
gradients
10%
metals
8%
performance
7%
Chemical Compounds
Laser Cladding
100%
Magnetic Flux
52%
Magnetostriction
50%
Coating Agent
38%
Heat Treatment
36%
Fatigue Strength
35%
Coil
30%
Energy
30%
Magnetic Field
30%
Residual Stress
28%
Metal Matrix Composites
26%
Voltage
23%
Thermal Expansion
22%
Strain
22%
Torsion
21%
Strength
20%
Dilution
17%
Reaction Yield
13%
Application
10%
Metal
9%