IADC/SPE International Drilling Conference and Exhibition
Safer and More Efficient Drilling Through Modeling and Simulations: Integrating Physics, AI, and Field Data
Thursday, 19 March
Grand Ballroom B
Technical Session
This session examines the latest advancements in modeling various aspects of drilling operations to improve drilling performance and prevent costly incidents. The presentations cover bending load modeling for directional drilling, development of an open-source drill string mechanical model, hybrid physics and AI modeling for real-time stuck pipe prediction, coupled fluid-drill string dynamics modeling, as well as novel approaches for integrating field data with simulations for hole cleaning and borehole stability management, and for PDC bit selection.
Session Chairpersons
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0800-0825 230770The Optimal Span For Local Dogleg Severity Calculation To Determine Bending Loads In Drilling Operations
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0825-0850 230777Towards An Open Source Well Construction Library: Development Of A Fully Coupled Drill String Model
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0850-0915 230751Enhanced Real-time Stuck Pipe Prediction Using Hybrid Physics+AI Agents And Comprehensive Sticking Mechanism Evaluation
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0915-0940 230753Hole Cleaning And Borehole Stability Management With Integrated Real-time Measurements And Modeling
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Alternate 230801Understanding Drilling Vibrations Using a Coupled Fluid-Drillstring Dynamics Approach
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Alternate 230800Beyond The Benchmark: Integrating Field Data And Simulation Models For Enhanced Pdc Bit Selection In The Permian Basin