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Influence of rotary-steerable-system design on borehole spiraling
J. Marck,
Emmanuel M Detournay
Civil, Environmental, and Geo- Engineering
Research output
:
Contribution to journal
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Article
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peer-review
24
Scopus citations
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Dive into the research topics of 'Influence of rotary-steerable-system design on borehole spiraling'. Together they form a unique fingerprint.
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Keyphrases
System Design
100%
Borehole
100%
Rotary Steerable System
100%
Bottomhole
42%
Hole Geometry
28%
Stabilizer
14%
Behaving
14%
Oscillation
14%
Stiffness
14%
Deflection
14%
General Behavior
14%
Model Difference
14%
Simple Device
14%
Self-oscillation
14%
Actuation Mechanism
14%
Low Stiffness
14%
Push-the-bit
14%
Stiffness Increase
14%
Lateral Stiffness
14%
Directional Stability
14%
Drilling Direction
14%
Transverse Rigidity
14%
Engineering
Rotary Steerable System
100%
Borehole
100%
Bottomhole Assembly
42%
Borehole Geometry
28%
Drilling Structure
28%
Pad Stiffness
28%
Stabilizer
14%
Nodes
14%
Borehole Axis
14%
Lateral Stiffness
14%
Actuation
14%
Rigidity
14%
Directional Stability
14%