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Time-dependent horizontal cracking in shales subject to steam injection
Kam Tim Chau
, R. C.K. Wong
Department of Civil and Environmental Engineering
The Hong Kong Polytechnic University
Research output
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Journal article publication
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Journal article
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peer-review
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Keyphrases
Steam Injection
100%
Oil Sands
100%
Horizontal Crack
100%
Bi-material
100%
Shale
100%
Stress Intensity Factor
66%
Center of Dilatation
66%
Sand Formations
66%
Steam
33%
Canada
33%
Interfacial Crack
33%
Approximate Method
33%
Two Dimensional
33%
Correspondence Principle
33%
Superposition Principle
33%
Crack Model
33%
Schapery
33%
Elastic Problems
33%
Laplace
33%
Inverse Laplace Transform
33%
Geomechanics
33%
Low-permeability Clay
33%
Barriers to Migration
33%
Pre-existing Fracture
33%
Heavy Oil
33%
Viscoelastic Solid
33%
Clay Shale
33%
Horizontal Fracture
33%
Impermeable Barriers
33%
Shale Formation
33%
Horizontal Fissure
33%
Steam Stimulation
33%
Bitumen
33%
Engineering
Oil Sand
100%
Steam Injection
100%
Stress-Intensity Factor
66%
Two Dimensional
33%
Superposition
33%
Approximate Method
33%
Interfacial Crack
33%
Shale Formation
33%
Elastic Problem
33%
Heavy Oil
33%
Geomechanics
33%
Inverse Laplace Transform
33%
Material Science
Stress Intensity Factor
100%
Geomechanics
50%