The shear behaviour of bonded concrete-granite joints under constant normal stress conditions is experimentally investigated in this paper. Concrete was prepared following standard mix used in pre-existing dams in France and poured on granite samples with a natural surface roughness. Before the direct shear tests, the joint surfaces were scanned by a laser profilometer to obtain the 3D morphology features. By analysing the shear test results, no direct correlations were found between the shear strength of bonded joints and classical roughness parameter
Natural stone constructions for the protection of slopes, banks and riverbeds are widely used in inf...
The Mohr-Coulomb shear strength failure criterion is used nowadays by most of the countries in their...
The typical shear behaviour of rock joints has been studied under a constant normal load (CNL) or ze...
The shear behaviour of bonded concrete-granite joints under constant normal stress conditions is exp...
The variation of shear strength of rock joints under constant normal loading conditions was studied....
As a consequence of rock engineering works, the rock mass will deform due to stress changes. Most de...
The shear strength of concrete-rock interface is a key factor to evaluate the stability of gravity d...
Joints in a rock mass have a significant effect on the shear strength and deformation properties of ...
In this paper, the shear behaviour of artificial rock joints under constant normal loading condition...
International audienceDirect shear tests were performed to study the influence of concrete–rock bond...
The typical shear behaviour of rough joints has been studied under constant normal load/stress (CNL)...
International audienceInternational gravity dam design guidelines consider that the different joints...
The morpho-mechanical behaviour of one arti"cial granite joint with hammered surfaces, one arti...
AbstractThe typical shear behaviour of rough joints has been studied under constant normal load/stre...
The variation of shear strength of rock joints under constant normal loading conditions was studied....
Natural stone constructions for the protection of slopes, banks and riverbeds are widely used in inf...
The Mohr-Coulomb shear strength failure criterion is used nowadays by most of the countries in their...
The typical shear behaviour of rock joints has been studied under a constant normal load (CNL) or ze...
The shear behaviour of bonded concrete-granite joints under constant normal stress conditions is exp...
The variation of shear strength of rock joints under constant normal loading conditions was studied....
As a consequence of rock engineering works, the rock mass will deform due to stress changes. Most de...
The shear strength of concrete-rock interface is a key factor to evaluate the stability of gravity d...
Joints in a rock mass have a significant effect on the shear strength and deformation properties of ...
In this paper, the shear behaviour of artificial rock joints under constant normal loading condition...
International audienceDirect shear tests were performed to study the influence of concrete–rock bond...
The typical shear behaviour of rough joints has been studied under constant normal load/stress (CNL)...
International audienceInternational gravity dam design guidelines consider that the different joints...
The morpho-mechanical behaviour of one arti"cial granite joint with hammered surfaces, one arti...
AbstractThe typical shear behaviour of rough joints has been studied under constant normal load/stre...
The variation of shear strength of rock joints under constant normal loading conditions was studied....
Natural stone constructions for the protection of slopes, banks and riverbeds are widely used in inf...
The Mohr-Coulomb shear strength failure criterion is used nowadays by most of the countries in their...
The typical shear behaviour of rock joints has been studied under a constant normal load (CNL) or ze...