For the design of civil and mining engineering geo-structures, it is often necessary to investigate the behaviour and the role of discontinuities on the rock mass performance. In many cases, failure is governed by the shear behaviour of discontinuities in excavations. In this context, evaluation of the effects of small repetitive earthquakes on the shear strength parameters of rock joints especially in tunnels and dam foundations is also important. This paper presents the results of a systematic study carried out on the cyclic shear behaviour of artificial rock joints under constant normal stiffness (CNS) conditions, as many o
An elasto-plastic constitutive model is introduced for rock joints under cyclic loading, considering...
The shear behaviour of rock joints has been studied in the past, mainly using the conventional direc...
The cyclic shear behaviour of rock joints was investigated in the laboratory under constant normal s...
The presence of joints and discontinuities within a rock mass can significantly affect its mechanica...
The presence of joints and discontinuities within a rock mass can significantly affect its mechanica...
Mechanical behaviour of a rock mass is significantly affected by the occurrence of inherent disconti...
Mechanical behaviour of a rock mass is significantly affected by the occurrence of inherent disconti...
Shear behaviour of rock joints subjected to cyclic loading was previously studied mostly under Const...
AbstractThe typical shear behaviour of rough joints has been studied under constant normal load/stre...
The typical shear behaviour of rough joints has been studied under constant normal load/stress (CNL)...
The typical shear behaviour of rough joints has been studied under constant normal load/stress (CNL)...
An elasto-plastic constitutive model is introduced for rock joints under cyclic loading, considering...
The variation of the shear strength of infilled rock joints under cyclic loading and constant normal...
The variation of the shear strength of infilled rock joints under cyclic loading and constant normal...
An elasto-plastic constitutive model is introduced for rock joints under cyclic loading, considering...
An elasto-plastic constitutive model is introduced for rock joints under cyclic loading, considering...
The shear behaviour of rock joints has been studied in the past, mainly using the conventional direc...
The cyclic shear behaviour of rock joints was investigated in the laboratory under constant normal s...
The presence of joints and discontinuities within a rock mass can significantly affect its mechanica...
The presence of joints and discontinuities within a rock mass can significantly affect its mechanica...
Mechanical behaviour of a rock mass is significantly affected by the occurrence of inherent disconti...
Mechanical behaviour of a rock mass is significantly affected by the occurrence of inherent disconti...
Shear behaviour of rock joints subjected to cyclic loading was previously studied mostly under Const...
AbstractThe typical shear behaviour of rough joints has been studied under constant normal load/stre...
The typical shear behaviour of rough joints has been studied under constant normal load/stress (CNL)...
The typical shear behaviour of rough joints has been studied under constant normal load/stress (CNL)...
An elasto-plastic constitutive model is introduced for rock joints under cyclic loading, considering...
The variation of the shear strength of infilled rock joints under cyclic loading and constant normal...
The variation of the shear strength of infilled rock joints under cyclic loading and constant normal...
An elasto-plastic constitutive model is introduced for rock joints under cyclic loading, considering...
An elasto-plastic constitutive model is introduced for rock joints under cyclic loading, considering...
The shear behaviour of rock joints has been studied in the past, mainly using the conventional direc...
The cyclic shear behaviour of rock joints was investigated in the laboratory under constant normal s...