INIS
power
100%
cables
100%
modeling
100%
submarines
100%
efficiency
35%
units
29%
dynamics
23%
bending
23%
accuracy
23%
fatigue
23%
boundary conditions
17%
wind
17%
design
11%
scale models
11%
industry
11%
loading
11%
length
11%
damping
5%
failures
5%
surfaces
5%
manufacturing
5%
convergence
5%
parametric analysis
5%
finite element method
5%
oceans
5%
applications
5%
residual stresses
5%
bridges
5%
polymers
5%
metals
5%
homogenization methods
5%
layers
5%
slip
5%
resources
5%
comparative evaluations
5%
capture
5%
recommendations
5%
pitches
5%
verification
5%
guidelines
5%
wind farms
5%
reviews
5%
performance
5%
safety
5%
configuration
5%
data
5%
environment
5%
engineering
5%
strains
5%
periodicity
5%
stiffness
5%
balances
5%
Material Science
Cable
100%
Mechanical Testing
100%
Bending
23%
Fatigue of Materials
17%
Mechanical Property
17%
Materials
5%
Finite Element Method
5%
Residual Stress
5%
Surface (Surface Science)
5%
Stiffness
5%
Metal
5%
Homogenization
5%
Tensile Testing
5%
Multilayer
5%
Polymers
5%
Keyphrases
Repetitive Unit Cell
45%
Dynamic Power Cable
36%
Remote Ocean
9%
Helical pitch
9%