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Debonding of cemented natural fractures during core recovery
M. Tabatabaei
,
A. Dahi Taleghani
, J. N. Hooker
Leone Family Department of Energy and Mineral Engineering (EME)
Research output
:
Contribution to journal
›
Article
›
peer-review
5
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Scopus citations
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Keyphrases
Debonding
100%
Host Rock
80%
Silica
60%
C-axis
60%
Sandstone
60%
Marcellus Shale
60%
Calcite Veins
60%
Tensile Stress
40%
C-axis Orientation
40%
Rock Interface
40%
Maximum Tensile Stress
40%
Refracture
40%
Secondary Electron Image
20%
Surface Temperature
20%
Breakage
20%
Cathodoluminescence
20%
Material Properties
20%
Crystal Orientation
20%
Natural Fracture
20%
Shale
20%
A-axis
20%
In-situ Stress
20%
Induced Stress
20%
Tensile Strength
20%
Quartz Grains
20%
Elasticity Theory
20%
Core Surface
20%
Ground Surface
20%
Rock Mass
20%
Eigenstrain
20%
Rock Material
20%
Current Calculation
20%
Quartz Veins
20%
Crack Form
20%
Pictorial Support
20%
Engineering
Natural Fracture
100%
Debonding
100%
Fracture Wall
100%
Core Recovery
100%
Silicon Dioxide
100%
Host Rock
80%
Tensile Stress σ
40%
Maximum Tensile Stress
40%
Subsurface
20%
Secondary Electrons
20%
Thin Layer
20%
Joints (Structural Components)
20%
Rock Mass
20%
Induced Stress
20%
In Situ Stress
20%
Crystallographic Orientation
20%
Ultimate Tensile Strength
20%
Breakage
20%
Eigenstrain
20%
Opening Mode
20%
Ground Surface
20%
Material Science
Ultimate Tensile Strength
100%
Debonding
100%
Surface (Surface Science)
80%
Cathodoluminescence
20%
Crystallography
20%
In Situ Stress
20%
Materials Property
20%
Theory of Elasticity
20%
Rock Material
20%
Earth and Planetary Sciences
Calcite
100%
Host Rock
57%
Sandstone
42%
Fracturing
28%
Breakage
14%
Quartz Vein
14%
Tensile Strength
14%
Cathodoluminescence
14%