Plane strain - K - Rocscience · PDF filePlane strain - K 0 =1.0 Contours of total...
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Transcript of Plane strain - K - Rocscience · PDF filePlane strain - K 0 =1.0 Contours of total...
Plane strain - K0=1.0
Contours of total displacement and location of yielded elements
The damaged zone imported from Phase2 to Slide
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370.7 MPa150.027 MN/m300.3 MPa
r
r
c
c
ϕ
ψ
γ
ϕ
Ο
Ο
Ο
==
=
=
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Noncircular slip surface located inside the damaged zone
Plane strain - K0=1.0
Contours of the maximum shear strain from a Phase2 simulation, and the Spencer slip surface from a Slide analysis
SSR FS = 1.04 Slide FS =0.93
Plane strain - K0=0.5
Contours of total displacement and location of yielded elements
The damaged zone imported from Phase2 to Slide
Noncircular slip surface located inside the damaged zone
Plane strain - K0=0.5
Contours of the maximum shear strain from a Phase2 simulation, and the Spencer slip surface from a Slide analysis
SSR FS = 0.96 Slide FS =0.94
Plane strain - K0=2.0
Contours of total displacement and location of yielded elements
The damaged zone imported from Phase2 to Slide
Noncircular slip surface located inside the damaged zone
Plane strain - K0=2.0
Contours of the maximum shear strain from a Phase2 simulation, and the Spencer slip surface from a Slide analysis
SSR FS = 1.0 Slide FS =0.94
Axial Symmetric – K0=1.0, R=1.0
Contours of total displacement and location of yielded elements
The damaged zone imported from Phase2 to Slide
Noncircular slip surface located inside the damaged zone
Slope HightPit Bottom Radius
R =
Axial Symmetric – K0=1.0, R=1.0
Contours of the maximum shear strain from a Phase2 simulation, and the Spencer slip surface from a Slide analysis
SSR FS = 1.1 Slide FS =0.94
Axial Symmetric – K0=1.0, R=0.5
Contours of total displacement and location of yielded elements
The damaged zone imported from Phase2 to Slide
Noncircular slip surface located inside the damaged zone
Axial Symmetric – K0=1.0, R=0.5
Contours of the maximum shear strain from a Phase2 simulation, and the Spencer slip surface from a Slide analysis
SSR FS = 1.15 Slide FS =0.94
Axial Symmetric – K0=1.0, R=0.2
Contours of total displacement and location of yielded elements
The damaged zone imported from Phase2 to Slide
Noncircular slip surface located inside the damaged zone
Axial Symmetric – K0=1.0, R=0.2
Contours of the maximum shear strain from a Phase2 simulation, and the Spencer slip surface from a Slide analysis
SSR FS = 1.21 Slide FS =0.94
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