Engineering
Australia
21%
Axial Resistance
13%
Bearing Capacity
33%
Bottom Stability
16%
Buried Pipelines
10%
Centrifuge
44%
Cyclic Loading
33%
Deep Water
27%
Design Consideration
10%
Design Method
10%
Effective Stress
25%
Embedment
100%
Engineering
15%
Excess Pore Pressure
25%
Failure Mechanism
15%
Field Observation
10%
Finite Element Analysis
56%
Free Fall
22%
Grained Soil
21%
Gulf of Mexico
11%
Hydrodynamic Force
16%
Hydrodynamics
17%
Illustrates
17%
Interaction Behavior
15%
Interface Friction
13%
Joints (Structural Components)
17%
Large Deformation
27%
Lateral Buckling
42%
Lateral Movement
11%
Lateral Resistance
16%
Model Test
36%
Modified Cam
10%
Mooring Line
11%
Mooring System
14%
Offshore Pipelines
17%
Parametric Study
12%
Particle Image Velocimetry
16%
Penetration Resistance
28%
Physical Model
13%
Physical Modeling
10%
Shallow Foundation
19%
Shear Strength
14%
Site Investigation
12%
Soil Mechanics
16%
Soil Resistance
32%
Soil Structure Interactions
11%
Steel Catenary Riser
14%
Stress Level
10%
Submarine Pipeline
22%
Test Result
16%
Earth and Planetary Sciences
Australia
11%
Centrifugal Model Test
13%
Centrifuge
27%
Cyclic Loading
6%
Decommissioning
10%
Deep Water
7%
Earth Surface Sediment Transport
9%
Erosion Rate
8%
Field Survey
6%
Fine Grained Sediment
6%
Image Analysis
9%
Inverse Analysis
6%
Laboratory Experiment
5%
London
7%
Marine Sediment
12%
Model Test
13%
Near-Surface Geology
12%
Particle Image Velocimetry
5%
Penetrometers
46%
Pore Pressure
5%
Reynolds Number
6%
Shear Strength
19%
Soft Clay
15%
Soft Soil
6%
Soil Condition
7%
Soil Interaction
9%
Soil Strength
29%
Storm
6%
Submarine Pipeline
7%
Trench
6%