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Design-life based approach for the design of cutting slopes in stiff clay
HUANG WENGUI
, Fleur Loveridge
, Iain Johnston
, Peter Helm
, Neil Dixon
SCEDT Engineering
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:
Chapter in Book/Report/Conference proceeding
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Conference contribution
155
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Dive into the research topics of 'Design-life based approach for the design of cutting slopes in stiff clay'. Together they form a unique fingerprint.
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Keyphrases
Design Life
100%
Stiff Clay
100%
Cut Slope
100%
Strength Parameters
75%
Critical Slip Surface
50%
Limit Equilibrium Method
50%
Mobilized Strength
50%
Progressive Failure
50%
Coupled Hydro-mechanical Analysis
50%
Potential Gains
25%
Method Analysis
25%
Regression Model
25%
Large-scale Projects
25%
Soil Conditions
25%
Computationally Expensive
25%
Current Climate
25%
Soil Strength
25%
Slope Geometry
25%
Peak Strength
25%
London Clay
25%
Future Climate Scenarios
25%
State Weakness
25%
Groundwater Conditions
25%
Design Charts
25%
Transient Parameters
25%
Engineering
Design Life
100%
Stiff Clay
100%
Strength Parameter
75%
Slip Surface
50%
Progressive Failure
50%
Equilibrium Method
50%
Potential Benefit
25%
Transients
25%
Function of Time
25%
Slope Geometry
25%
Peak Strength
25%
Scale Project
25%
Conservative Assumption
25%
Design Chart
25%