From Monitoring to Prediction: Advancing Fatigue Life Management for Offshore Assets
04 May 2027
Room 604
Technical Session
Fatigue remains one of the leading challenges affecting the safety, reliability, and service life of offshore infrastructure. As operators seek to extend asset life while managing increasingly complex operating environments, new approaches are emerging that combine advanced analytics, monitoring systems, and digital technologies with traditional fatigue engineering. This session presents the latest innovations in fatigue life assessment and management for offshore risers, pipelines, wellheads, subsea equipment, and floating systems. Attendees will gain insights into digital twin applications, monitoring-based fatigue forecasting, VIV and wave-induced fatigue evaluation, corrosion-fatigue interactions, fatigue screening methodologies, and life extension strategies for aging assets. Through real-world case studies and emerging technologies, the session demonstrates how the industry is moving from reactive assessment toward predictive fatigue management and integrity assurance. Who Should Attend: Structural, subsea, riser, pipeline, drilling, and integrity management engineers; analysts involved in fatigue and reliability assessments; asset integrity specialists; and operators focused on extending offshore asset life.
Proposal JSON
[{"proposaltitle":"Leveraging Digital Twins And Measured Operational Data To Improve Fatigue Life Predictions For Deepwater Risers","proposalnumber":"37501","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"J. Brewer, D. Maniar, S. Kucukcoban, K. Bhalla, Stress Engineering Services, Inc."},{"proposaltitle":"Bop Hopping Transit With Real-time Monitoring Of Viv Fatigue Damage Rate In High-current Environments","proposalnumber":"37327","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"N. YOSHIYASU, Noble Services Company LLC"},{"proposaltitle":"Modified Fatigue Screening Process For HPHT Completion Equipment","proposalnumber":"37346","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"M. Slavens, Shell; T. Apichartthabrut, Halliburton"},{"proposaltitle":"Forecasting Wellhead Fatigue Using Monitoring Data And Metocean Conditions","proposalnumber":"37521","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"E. Askerbekov, B. Mercan, M. Campbell, 2H Offshore Inc."},{"proposaltitle":"From Vibration Response To Fatigue Consequence: A Fully Coupled Cfd-fsi Assessment Of 1dof And 2dof Viv","proposalnumber":"37431","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"A. Majumdar, B.R. Adhikary, J. Ray McDermott Engineering"},{"proposaltitle":"API RP 23FM As A Practical Tool For Offshore Fatigue Risk Management","proposalnumber":"37440","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"D.L. Miller, P.D. Watkins, American Petroleum Institute"},{"proposaltitle":"Investigation Of Scr Wave Fatigue And Vim Fatigue Combination Methodologies","proposalnumber":"37571","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"B. Yue, 2H Offshore"},{"proposaltitle":"Fatigue Assessment Of Hydrogen-blended Offshore Natural Gas Pipelines With Spatially Varying Corrosion Under Cyclic Loading","proposalnumber":"37398","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"H. Hojat Jalali, M. Farhang, The University of Texas at Arlington"},{"proposaltitle":"Life Extension Through Data: Three Years Of Comparable UT Inspection On An Aging Offshore Riser","proposalnumber":"37436","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"I.W. Integrity, INTERO INTEGRITY SERVICES"}]