Engineering & Materials Science
Maximum power point trackers
100%
Cracks
66%
Boundary element method
55%
Boats
53%
Crack tips
52%
Amorphous silicon
50%
Thin films
49%
Underwater acoustics
49%
Silicon
46%
Strain gages
37%
Carbon
37%
Gages
36%
Residual stresses
35%
Hydrophones
34%
Acoustics
30%
Solar energy
29%
Incident solar radiation
28%
Polyimides
26%
Thin film solar cells
25%
Silicon sensors
24%
Error analysis
22%
MEMS
22%
Stress intensity factors
22%
Silicon solar cells
22%
Self assembly
21%
Controllers
21%
Computer hardware
20%
Crack closure
20%
Fracture mechanics
19%
Long short-term memory
19%
Elasticity
19%
Costs
19%
Natural frequencies
18%
Debonding
18%
Mechatronics
18%
Signal analysis
18%
Steel construction
18%
Inverse problems
17%
Machining
17%
Surface tension
17%
Acoustic waves
17%
Polynomials
16%
Modulators
16%
Structural analysis
16%
Distributed power generation
16%
Integral equations
16%
Particle swarm optimization (PSO)
16%
Bone
16%
Mathematics
Photovoltaic System
67%
Boundary Element Method
34%
Crack Closure
29%
Controller
25%
Hardware Implementation
25%
Power System
24%
Crack
24%
System Design
23%
Dual Method
21%
Elastic body
18%
Grid
15%
Displacement Measurement
15%
Renewable Energy
14%
Energy
14%
Arc of a curve
13%
Shortage
13%
Design
13%
Inverse Problem
13%
Pollution
13%
Flexibility
12%
Remodeling
12%
Taiwan
12%
Evaluation
12%
Scaling Factor
10%
Unknown
10%
Shading
9%
Elasticity Problem
9%
Surface Crack
9%
Conjugate Gradient Method
8%
Ill-posed Problem
8%
Regularization Method
8%
Water
8%
Economics
7%
Microcontroller
5%
Closure
5%
Steepest Descent Method
5%
Formulation
5%
Steepest Descent
5%
