Keyphrases
Meshless
75%
Bearing Capacity Factor
75%
Free Spanning Submarine pipelines
75%
Cone-shaped
75%
Static Displacement
75%
Monte Carlo
75%
Surrogate Model
75%
Natural Frequency
75%
Machine Learning Applications
75%
Analytical Expression
75%
Fundamental Frequency
75%
Multi-element Method
75%
Viscoplasticity
75%
Jack-up
75%
Submarine pipeline
75%
Buoyancy Module
75%
SNAME
50%
Three-leg
50%
Pipeline Diameter
37%
Undersea pipeline
37%
Static Deformation
37%
Interface Model
37%
Bearing Resistance
37%
Novel Analytical Method
37%
Underwater pipelines
37%
Cable Theory
37%
Finite Element Analysis Simulation
37%
Free Span
37%
Finite Element Analysis
37%
Design Considerations
37%
Valuable Insight
37%
Theory Method
37%
Pipe Diameter
37%
Energy Method
37%
Preliminary Design Stage
37%
Monte Carlo Analysis
24%
Anchored Sheet pile Wall
24%
Geological Materials
24%
Geotechnical Analysis
24%
Toronto
24%
ML Algorithms
24%
Ground Support
24%
During Construction
24%
Finite Element Model
24%
Monte Carlo Method
24%
Machine Learning Models
24%
Conservative Design
24%
Structure Engineering
24%
Meshless Method
24%
Offshore Engineering
24%
Engineering
Boundary Condition
100%
Finite Element Analysis
87%
Submarine Pipeline
75%
Surrogate Model
75%
Bearing Capacity
75%
Fundamental Frequency
75%
Capacity Factor
75%
Resonant Frequency
75%
Learning System
75%
Bearing Resistance
50%
Input Parameter
50%
Preliminary Design
37%
Energy Method
37%
Pipe Diameter
37%
Preliminary Design Phase
37%
Length (L)
37%
Design Consideration
37%
Offshore Engineering
37%
Offshore Structure
37%
Global Matrix
37%
Conservativeness
37%
Pile Wall
24%
Monte Carlo Analysis
24%
Sheet Pile
24%
Ground Supports
24%
Friction Angle
24%
Soil Mechanics
24%
Finite Element Modeling
24%
Superposition
24%
Plastic Flow
24%
Pipeline System
24%
Vortex Induced Vibration
24%