This skill computes 3D directional well trajectories and provides closed-loop drilling control and optimization tools for directional drilling simulations.…
This skill computes 3D directional well trajectories and provides closed-loop drilling control and optimization tools for directional drilling simulations. It generates constraint-aware well paths (measured depth, inclination, azimuth at survey stations) using methods such as cubic Bézier curves and minimum-curvature, while enforcing dogleg severity limits and propagating survey-station uncertainty. It includes a Trajectory Control Optimizer for closed-loop steering and BHA uncertainty correction (supports RL-based generalization), switchable BHA models for RSS and adjustable motors, torque-and-drag calculations for WOB and stuck-pipe monitoring, and hooks for real-time ROP optimization using industry models (Bourgoyne-Young and Warren). Use cases: automatic well-path planning, simulator-based training/competition, BHA strategy testing, and online control/optimization in digital-drilling workflows. Core advantages: constraint-safe planning, uncertainty-aware steering, modular BHA models, and integration-ready outputs for downstream drilling control.
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