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Critical insights in laboratory shear wave velocity correlations of clays
Dania Elbeggo
,
Yannic Ethier
,
Jean Sébastien Dubé
, Mourad Karray
École de technologie supérieure
Construction Engineering Department
LG2 - Geotechnical and geoenvironmental engineering laboratory
LGEPE – Water Engineering and Environmental Processes Laboratory
École de technologie supérieure
Université de Sherbrooke
Research output
:
Contribution to journal
›
Journal Article
›
peer-review
5
Citations (Scopus)
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Keyphrases
Champlain Sea Clay
50%
Clay
100%
Clay Deposit
50%
Coefficient of Earth Pressure at Rest
50%
Disturbance Effect
100%
Elastic Range
50%
Geotechnical Properties
50%
Gmax
50%
In Situ Measurements
50%
Index Ratio
50%
Laboratory Measurements
50%
Multimodal Analysis
50%
New Correlation
50%
Piezoelectric Ring-actuator Technique (P-RAT)
100%
Plasticity Index
50%
Ratio Values
50%
Sample Disturbance
50%
Shear Wave Velocity
100%
Surface Waves
50%
Variation Range
50%
Velocity Correlation
100%
Void Fraction
50%
Engineering
Actuator
50%
Applicability
100%
Clay Deposits
50%
Elastic Range
50%
Modal Analysis
50%
Piezoelectric
50%
Plasticity Index
50%
Predicted Value
50%
Shear Wave Velocity
100%
Situ Measurement
50%
Earth and Planetary Sciences
Actuator
50%
Earth Pressure
50%
Geotechnical Property
50%
In Situ Measurement
50%
Indexes (Ratios)
50%
Surface Wave
50%
Void Ratio
50%
Wave Velocity
100%