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Cementation and bond degradation of rubber-sand mixtures
Changho Lee
, Q. Hung Truong
,
Jong Sub Lee
*
*
Corresponding author for this work
Research output
:
Contribution to journal
›
Article
›
peer-review
33
Citations (Scopus)
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Keyphrases
Sand-rubber Mixture
100%
Cement Degradation
100%
Bond Degradation
100%
Vertical Stress
80%
Elastic Wave Velocity
60%
Cementation
40%
Sand
40%
Vertical Strain
40%
Rubber-like
20%
Capillary Force
20%
Rubber Particles
20%
Piezoelectric Materials
20%
Particle Mixtures
20%
Small Strain
20%
Sand Fraction
20%
Mechanical Behavior
20%
Shear Wave Velocity
20%
Oedometer
20%
Interparticle Interactions
20%
Stress-strain
20%
Stress Increment
20%
Transitional Behavior
20%
Body Waves
20%
Stress Decrease
20%
Sand Volume Fraction
20%
Vertical Effective Stress
20%
K0 Condition
20%
Cement Bond
20%
Stress-strain Response
20%
Bilinear Behavior
20%
Propagation Velocity
20%
Soft Rubber
20%
Vertical Loading
20%
Contact Stress
20%
Engineering
Wave Velocity
100%
Elastic Wave
100%
Stress-Strain Relations
66%
Rubber Particle
33%
Propagation Velocity
33%
Shear Wave Velocity
33%
Effective Stress
33%
Capillary Force
33%
Soft Rubber
33%
Contact Stress
33%
Log Plot
33%
Interparticle Contact
33%
Piezo Material
33%
Mechanical Property
33%
Material Science
Stress-Strain Relations
100%
Volume Fraction
50%
Mechanical Property
50%