Engineering
Wind Turbine
100%
Leading Edge
80%
Models
56%
Prediction
53%
Coating System
53%
Erosion
49%
Liquid Droplet
46%
Coating
45%
Performance
38%
Impact Pressure
33%
Contact Pressure
32%
System Protection
30%
Fatigue Lifetime
29%
Erosion Damage
27%
Coating Material
27%
Sensitivity Analysis
23%
Stress History
23%
Hybrid Composite
20%
Dyneema
20%
Maintenance Cost
20%
Layer Thickness
20%
Levelized Cost of Energy
20%
Material Parameter
20%
Determines
20%
Model Prediction
20%
Elastic Solid
20%
Fiber
20%
Stress State
18%
Design
16%
Impact Fatigue
13%
Mechanisms
13%
Pressure Profile
13%
Dynamic Stress
11%
Axisymmetric
10%
Predicted Lifetime
10%
Stress Concentration
10%
Complexity
10%
High Strain Rate
10%
Geometric Parameter
10%
Impact Velocity
10%
Substrates
9%
Thickness
8%
Numerical Modeling
8%
Material Optimisation
6%
Geometry Optimization
6%
Droplet Size
6%
Composite Coating
6%
Physical Phenomenon
6%
Protective Material
6%
Thermoplastics Material
6%
Physics
Droplet
55%
Coating
54%
Impact
53%
Stress Analysis
40%
Protection System
40%
Performance
34%
Protection
26%
Hybrid Composite
26%
Model
24%
Pressure
22%
Diameters
20%
Liquids
20%
Solid State
20%
Carbon Fiber
20%
Light
13%
Work
12%
Targets
12%
Windpower Utilization
11%
Numerical Model
10%
Clean Energy
10%
Speed
9%
Increasing
9%
Stress Distribution
6%
Tip Speed
6%
Blade Tips
6%
Inclusions
6%
Molecular Weight
6%
Polyethylene
6%
Utilization
6%
Ductility
6%
High Strength
6%
Failure
6%
Independent Variables
6%
Material Science
Droplet
85%
Coating
80%
Material
61%
Stress Analysis
40%
Thermoplastics
38%
Carbon Fiber
20%
Composite Material
20%
Fiber
20%
Mechanical Strength
19%
Velocity
17%
Materials Property
13%
Surface
13%
Thermoset Plastics
13%
Liquid
12%
Complex Systems
10%
Stress Field
10%
Layered Material
10%
Surface Roughness
10%
Fiber-Reinforced Composite
6%
Polyethylene
6%
Ductility
6%
Particle
6%
Acrylonitrile Butadiene Styrene
6%
Hydrodynamics
6%
Confocal Microscopy
6%
Finite Element Methods
6%
Inclusion
6%
Strain Rate
6%
Elastic Material
6%
