Feasible numerical technique for analysis of offshore pipelines and risers

Keyphrases

• Numerical Techniques 100%
• Offshore pipelines 100%
• Offshore Riser 100%
• Riser Configuration 100%
• Pipe Laying 50%
• Total Potential Energy 50%
• Pipeline Specification 50%
• Buoyancy Module 50%
• Loading Conditions 25%
• Energy Dissipation 25%
• Material Properties 25%
• Graphical User Interface 25%
• Plastic Deformation 25%
• Large Deformation 25%
• Force Applied 25%
• Discretized 25%
• Iterative Manner 25%
• ABAQUS 25%
• Level Variations 25%
• Solution Technique 25%
• Reasonable Time 25%
• Drag Force 25%
• Configuration Analysis 25%
• Ocean Currents 25%
• Contact Detection 25%
• Internal Force 25%
• Finite Difference Equations 25%
• Riemann Sum 25%
• Materials Processing 25%
• Commercial Packages 25%
• Tidal Effect 25%
• Surface Water Level 25%
• Riser pipe 25%
• 2D numerical Model 25%
• Pipe Riser 25%
• Seabed Interaction 25%
• Hydrodynamic Drag Force 25%
• Environmental Loading 25%

Engineering

• Numerical Technique 100%
• Offshore Pipelines 100%
• Riser Configuration 100%
• Potential Energy 50%
• Drag Force 50%
• Surface Water 25%
• Boundary Condition 25%
• Hydrodynamics 25%
• Energy Dissipation 25%
• Loading Condition 25%
• Numerical Model 25%
• Plastic Deformation 25%
• Large Deformation 25%
• Abaqus 25%
• Solution Technique 25%
• Reasonable Time 25%
• Internal Force 25%
• Graphical User Interface 25%
• Riser Pipe 25%
• Environmental Loading 25%