Technical Library

• Life Extension of Unbonded Flexible Risers and Flowlines in Subsea Applications: Experience from North Sea Assets
• Transitioning From Model-based To Data Driven Fatigue Analysis in Offshore Risers
• Flexible Risers Fatigue Analysis Based on Vessel Motion Sensor Monitoring
• Addressing Horizontal Movements and Trenching at the Seabed of A Flexible Riser Through Advanced Sensor Integration and Dynamic Modeling
• Optimising Offshore Asset Management: Strain and Motion Monitoring for Steel Catenary Risers
• Calibration of Dynamic Riser Analysis Using Measured Motion Data

• Optimised Operability and Fuel Consumption Through Forecast-Driven Mooring and Riser Response Prediction
• Subsea Wellhead Drilling Loads: Comparing Direct Versus Indirect Measurements of Wellhead Bending Moment
• Spectral Distribution of Analysis and Measurements for Reliable Predictions of Subsea Wellhead Loads
• Enhancing Subsea Well Integrity Through Standardised Comparison of Analysis and Measurement Results
• A Novel Taring Method for Accurate Determination of BOP Motion Sensor Installation Offset
• Conductor instability – Experience from 10 years of monitoring drilling operations on subsea wells in harsh environments
• Use of Computer Vision for Monitoring of Slow Varying Displacements on Subsea Structures

• Ship As a Wave Buoy: Sea State Estimation Using a Brute Force Approach
• Optimising Offshore Operations: Integrating Machine Learning with Vessel Motion Based Criteria for Accurate and Efficient Operability Assessments
• Enhancing Offshore Installation Decision-Making Through the Integrated Application of Vessel Motion Based Criteria (VMBC) Methodology and Digital Tools
• Case Study: Use of Digital Twins to Mitigate Risks in Pull-out Operations of Damaged Risers
• Case Study: Use Of Vessel Motion Based Criteria To Establish Operational Window In Critical Operations
• Machine Learning Based Prediction of Wave-Induced Vessel Response

• Failures & Replacements – A Barrier to Growth in Offshore Wind?