Keyphrases
Screw pile
100%
Sand
54%
Uplift Capacity
27%
Screw Anchors
23%
Single Helix
20%
Discrete Element Method
17%
Material Point Method
17%
Centrifuge Modelling
17%
Pile Installation
16%
Pile Geometry
15%
Renewable Energy Consumption
15%
Helix
14%
Offshore Jacket
13%
Floating Offshore Wind
13%
Failure Mechanism
12%
Offshore Renewables
11%
Wind Applications
11%
Lateral Load
11%
Floating Wind
10%
Design Optimization
10%
Medium Dense Sand
10%
In-service Performance
10%
Axial Capacity
10%
Installation Torque
10%
Jacket Foundation
9%
Plate Anchor
9%
Dense Sand
9%
Pile Design
8%
Rotary
8%
Physical Modeling
8%
Helix pitch
7%
Offshore Applications
7%
Lateral Capacity
6%
Large Deformation
6%
Stress Distribution
6%
Centrifuge Test
6%
Installation Effects
5%
Jacket Structure
5%
Vertical Force
5%
Driven piles
5%
Reaction Force
5%
Underwater Noise
5%
Cyclic Performance
5%
Deformability
5%
Displacement Accumulation
5%
Wind Turbine
5%
Torque Prediction
5%
Installed Capacity
5%
Cone Penetration Test
5%
Design Procedure
5%
Offshore Installations
5%
Installation Process
5%
Low Noise
5%
Axial Compressive Load
5%
Detrimental Effects
5%
Vertical Displacement
5%
Engineering
Installation Requirement
44%
Dense Sand
24%
Element Method
23%
Discrete Element
23%
Energy Application
21%
Tensiles
19%
Centrifuge
18%
Material Point Method
17%
Compressed Air Motors
17%
Pile Installation
17%
Failure Mechanism
17%
Lateral Loads
15%
Finite Element Analysis
13%
Driven Pile
13%
Offshore Renewable Energy
12%
Design Method
12%
Axial Capacity
12%
Deep Water
11%
Jacket Structure
11%
Test Result
11%
Cyclic Loading
11%
Service Performance
10%
Embedment
10%
Installation Process
9%
Reaction Force
8%
Pile Head
8%
Digital Elevation Model
8%
Pile Design
8%
Applicability
8%
Centrifuge Testing
8%
Physical Modeling
8%
Offshore Foundation
8%
Power Converter
7%
Wave Energy
7%
Compressive Force
6%
Detrimental Effect
6%
Large Deformation
6%
Compression Load
6%
Design Optimization
6%
Pile Driving
6%
Semi-Analytical Approach
6%
Cone Resistance
5%
Cone Penetration Test
5%
Optimised Design
5%
Axial Loading
5%
Design Procedure
5%