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Aftershocks and the whole-life seismic performance of granular slopes
A. H. Al-Defae
, K. Caucis
,
J. A. Knappett
Research output
:
Contribution to journal
›
Article
›
peer-review
111
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Citations (Scopus)
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Dive into the research topics of 'Aftershocks and the whole-life seismic performance of granular slopes'. Together they form a unique fingerprint.
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Keyphrases
Finite Element Model
100%
Finite Element
100%
Whole Life
100%
Seismic Performance
100%
Sliding-block Model
100%
Aftershock
100%
Granular Slope
100%
Sliding Block
100%
Site Investigation
66%
Permanent Deformation
66%
Dynamic Motion
66%
Non-physical
33%
Liquefiable
33%
Centrifuge Test
33%
Dynamic Centrifuge Test
33%
Support Structure
33%
Earthquake
33%
Granular Soil
33%
Strain-dependent
33%
Support Elements
33%
Relative Density
33%
Aseismic Design
33%
Detailed Design
33%
Constitutive Parameters
33%
Oedometer Test
33%
Finite Element Procedure
33%
Strong Ground Motion
33%
Settlement Profile
33%
Yield Acceleration
33%
Strong Aftershock
33%
Nonlinear Constitutive Model
33%
Physical Approach
33%
Hardening-softening
33%
Block Method
33%
Material Softening
33%
Embankment Slope
33%
Block Model
33%
Transport Infrastructure
33%
Seismic Areas
33%
Block Element
33%
Correlation-based
33%
Newmark Approach
33%
Engineering
Seismic Performance
100%
Sliding Block
100%
Finite Element Analysis
66%
Finite Element Modeling
50%
Centrifuge
33%
Preliminary Design
33%
Permanent Deformation
33%
Site Investigation
33%
Dynamic Motion
33%
Test Data
16%
Supported Structure
16%
Granular Soil
16%
Model Parameter
16%
Constitutive Model
16%
Ground Movement
16%
Oedometer Test
16%
Dependent Strain
16%
Embankment Slope
16%