An apparatus capable of direct shear type and simple shear type testing of interfaces between soil and structural materials is developed. A series of monotonic and cyclic tests are conducted at the interfaces between dry sand and a rough surface under constant normal stress conditions with both methods. The test results indicate that the peak and residual shear strengths obtained from direct shear and simple shear are approximately the same. However, the simple shear box permits separate measurements of shear deformation of the sand mass and also sliding at the contact surface
The dynamic frictional properties of the soil-geosynthetic interface play an important role in the d...
The direct simple shear (DSS) test is commonly used to assess shear strength of soil, estimate lique...
Shear strength of soil is characterized by cohesion, angle of internal friction and dilatation. The ...
A new apparatus is used to study the behavior of an interface between dry sand and a rough surface u...
In geotechnical engineering, soil is subject to shear stress, as well as normal stress. In many case...
The understanding of cyclic and post-cyclic behaviours of the soil–geosynthetic interface is essenti...
Soil-reinforcement interaction mechanism is an important issue in the design of geosynthetic reinfor...
The shear characteristics of the interfaces between soil and concrete structures are essential for t...
Constant volume cyclic shear (DSS) tests were performed on Brusselian sand using the new NGI simple ...
In order to investigate the influence of sand particle-size gradation on cyclic and postcyclic shear...
In order to study the shear behavior of the interface between sand and structure, a series of shear ...
Cyclic drained simple shear tests on a dry sand using a 12 in diameter sample with sample heights of...
The main objective of this thesis is to investigate the effects of various stress and displacement p...
Consolidated, constant volume (CCV), cyclic laboratory shear tests were performed on marine clay soi...
The behavior of the interface between dry Ottawa sand and concrete has been studied using a new devi...
The dynamic frictional properties of the soil-geosynthetic interface play an important role in the d...
The direct simple shear (DSS) test is commonly used to assess shear strength of soil, estimate lique...
Shear strength of soil is characterized by cohesion, angle of internal friction and dilatation. The ...
A new apparatus is used to study the behavior of an interface between dry sand and a rough surface u...
In geotechnical engineering, soil is subject to shear stress, as well as normal stress. In many case...
The understanding of cyclic and post-cyclic behaviours of the soil–geosynthetic interface is essenti...
Soil-reinforcement interaction mechanism is an important issue in the design of geosynthetic reinfor...
The shear characteristics of the interfaces between soil and concrete structures are essential for t...
Constant volume cyclic shear (DSS) tests were performed on Brusselian sand using the new NGI simple ...
In order to investigate the influence of sand particle-size gradation on cyclic and postcyclic shear...
In order to study the shear behavior of the interface between sand and structure, a series of shear ...
Cyclic drained simple shear tests on a dry sand using a 12 in diameter sample with sample heights of...
The main objective of this thesis is to investigate the effects of various stress and displacement p...
Consolidated, constant volume (CCV), cyclic laboratory shear tests were performed on marine clay soi...
The behavior of the interface between dry Ottawa sand and concrete has been studied using a new devi...
The dynamic frictional properties of the soil-geosynthetic interface play an important role in the d...
The direct simple shear (DSS) test is commonly used to assess shear strength of soil, estimate lique...
Shear strength of soil is characterized by cohesion, angle of internal friction and dilatation. The ...