Measurement-based Wellhead Fatigue JIP – Field Results and Key Learnings
This webinar presents the key learnings from the first phase of the JIP and reveals the objectives for the second phase. Including: comparison of actual and predicted wellhead response, model calibration using BOP motion measurements, improved modeling techniques and recommendations and conservatism in the wave and VIV fatigue analyses.
22 Jul 2020
Author
Bulent Mercan
Technical Advisor - Integrity Monitoring
About
Bulent is a technical advisor based in 2H’s Houston office where he is responsible for the development, management, and growth of integrity monitoring programs for subsea structural systems in the oil, gas and renewable sectors. Bulent has held numerous project management and technical leadership roles on a variety of projects like Measurement-based Wellhead Fatigue JIP, integrity monitoring (including drilling risers, wellheads, SCRs, TTRs, subsea jumpers), the structural and thermal assessment of power cables, and the analysis of seawater intake risers as part of decarbonization strategies. Bulent is a registered Professional Engineer in Texas and holds a Ph.D. in structural engineering from the University of Minnesota.
Insights
Author
Bulent Mercan
Technical Advisor - Integrity Monitoring
About
Bulent is a technical advisor based in 2H’s Houston office where he is responsible for the development, management, and growth of integrity monitoring programs for subsea structural systems in the oil, gas and renewable sectors. Bulent has held numerous project management and technical leadership roles on a variety of projects like Measurement-based Wellhead Fatigue JIP, integrity monitoring (including drilling risers, wellheads, SCRs, TTRs, subsea jumpers), the structural and thermal assessment of power cables, and the analysis of seawater intake risers as part of decarbonization strategies. Bulent is a registered Professional Engineer in Texas and holds a Ph.D. in structural engineering from the University of Minnesota.