Drilling Dynamics
Wednesday, 5 March
Room 4
Technical Session
Successful execution of well construction programs requires a deep understanding of the dynamics of the drilling process. Tremendous opportunities remain to improve upon existing industry know-how through integration of modeling with real-time data, finding innovative ways to apply or simplify models, managing the stability of rig control systems and clarifying understanding of well-known concepts such as Mechanical Specific Energy. Join the session to explore and discuss these innovative approaches with our authors.
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1045-1110 223722Model of Rotary Drilling Dynamics for Rig Automation
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1110-1135 223707Mechanical Specific Energy: Derivation, Understanding and Relationship to Formation Strength
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1135-1200 223721Digitalization of Connection Practices to Prevent Transient Drilling Dysfunctions
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1200-1225 223700A Case Study on Setting Up An Auto-driller to Prevent Instability
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Alternate 223729From Data to Impact: Lessons Learned in Leveraging Digitalization and Machine Learning to Boost Operational Efficiency and ESG Performance in Drilling Rigs
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Alternate 223730Comparison of Supervised and Unsupervised Machine Learning for well-log depth Alignment
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Alternate 223732Real-Time Downhole RPM Range Prediction for Improved Stick-Slip Detection Using Ensemble Machine Learning