Soil Mechanics and Foundation Engineering
ISSN 0038-0741 (Print)
ISSN 1573-9279 (Online)
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Keywords
Active Earth Pressure
Bottom Edge
Clay Soil
Deformation Marking
Deformation Modulus
Discrete Element Method Simulation
Foundation Settlement
Foundation Slab
Freeze Soil
Ground Water Level
Hydraulic Test
Internal Friction Angle
Jurassic
Lateral Earth Pressure
Pile Foundation
Pore Pressure
Rayleigh Surface Wave
Rotational Vibration
Seismic Force
Shear Strength
Triaxial Test
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Keywords
Active Earth Pressure
Bottom Edge
Clay Soil
Deformation Marking
Deformation Modulus
Discrete Element Method Simulation
Foundation Settlement
Foundation Slab
Freeze Soil
Ground Water Level
Hydraulic Test
Internal Friction Angle
Jurassic
Lateral Earth Pressure
Pile Foundation
Pore Pressure
Rayleigh Surface Wave
Rotational Vibration
Seismic Force
Shear Strength
Triaxial Test
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Author Details
Author Details
Olyanskii, Yu. I.
Issue
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Vol 55, No 2 (2018)
Structural Properties of Soils
Prediction of Strength of Sarmat Clays Under the Conditions of Long-Term Watering
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