Keyphrases
Screw pile
100%
Floating Offshore Wind
66%
Helix
66%
Single Helix
50%
Offshore Renewables
37%
Ratio Effect
33%
Geotechnics
33%
Technology Innovation
33%
Pile Installation
33%
Wind-induced Current
33%
Cyclic Response
33%
In-service Performance
33%
DEM Analysis
33%
Future Innovations
33%
Centrifuge Modelling
33%
Cost Performance
33%
Anchoring Performance
16%
Anchoring Efficiency
16%
Loading Stiffness
16%
Potential Improvement
16%
Displacement Accumulation
16%
Improved Design Method
16%
Increased Demand
16%
Seabed Conditions
16%
Rapid Expansion
16%
Geotechnical Design
16%
Geotechnical Engineering
16%
Performance Assessment
16%
Performance Indicators
16%
Mass Production
16%
Design Type
16%
Analytical Assessment
16%
Unit Weight
16%
Holding Capacity
16%
Vertical Force
15%
Uplift Test
11%
Capacity Degradation
11%
Cyclic Loading
11%
Tensile Strain Capacity
9%
Renewable Energy Consumption
8%
Post-installation
7%
Cyclic Tensile Strain
5%
Cyclic Effect
5%
Slow Recovery
5%
Cyclic Stability
5%
Predictive Framework
5%
Load Amplitude
5%
Wind Applications
5%
Floating Wind
5%
Post-cyclic
5%
Loading Conditions
5%
Geotechnical Centrifuge
5%
Tensile Loading
5%
Uniaxial Cyclic Loading
5%
Installation Effects
5%
Offshore Floating Structure
5%
Displacement Capacity
5%
Stiffness
5%
Engineering
Tensiles
83%
Digital Elevation Model
55%
Offshore Renewable Energy
50%
Pile Installation
33%
Service Performance
33%
Geotechnics
33%
Ratio Effect
33%
Cyclic Loading
33%
Cost Performance
33%
Design Method
33%
Energy Application
27%
Installation Requirement
16%
Applied Force
16%
Pile Head
16%
Cyclic Stability
16%
Centrifuge
16%
Axial Loading
16%
Loading Condition
16%
Mass Production
16%
Increasing Demand
16%
Performance Indicator
16%
Geotechnical Engineering
16%
Improvement Potential
16%
Holding Capacity
16%
Micromechanical Analysis
11%
Renewable Energy
11%
Jacket Structure
11%