Joints often have a significant influence on material characteristics. The discontinuities’ coalescence mechanism and complex jointed rock mass structure as a composite need to be further explored. In this study, compression and shear tests were carried out on a jointed rock mass. The purpose of the jointed rock mass behaviour study was to determine the deformation-strength dependencies and to determine the parameters for a quantitative assessment of the joints’ influence on mechanical characteristics. The results show that compression strength depends on the materials’ structure, and there is a detailed description of the joints’ orientation influence on stress-strain dependencies during compression experiments. The numerical method used i...
PhD ThesisAn extensive experimental programme was undertaken to investigate the strength and deform...
Rock mass strength is the most important single parameter required for stability analyses of rock sl...
The anisotropic behavior of a rock mass with persistent and planar joint sets is mainly governed by ...
Joints often have a significant influence on material characteristics. The discontinuities’ coalesce...
Stability analysis of a rock mass is an important and complicated problem related to the safety of e...
Several massive, complicated and difficult to design structure are under construction or planning st...
Rock, like soil, is sufficiently distinct from other engineering materials that the process of desig...
Rock masses are hardly present in intact state in nature but are most commonly found in jointed form...
AbstractThe presence of joints and other types of discontinuities has a significant effect on the me...
The anisotropic behavior of a rock mass with persistent and planar joint sets is mainly governed by ...
The anisotropic behavior of a rock mass with persistent and planar joint sets is mainly governed by ...
Abstract: This paper deals with the statistical analysis of the uniaxial compressive strength and of...
Determining the geometric or morphology and mechanical properties of joints and geomechanics of inta...
In this thesis, a theoretical model of the mechanical behaviour of jointed rock masses is developed....
In this thesis, a theoretical model of the mechanical behaviour of jointed rock masses is developed....
PhD ThesisAn extensive experimental programme was undertaken to investigate the strength and deform...
Rock mass strength is the most important single parameter required for stability analyses of rock sl...
The anisotropic behavior of a rock mass with persistent and planar joint sets is mainly governed by ...
Joints often have a significant influence on material characteristics. The discontinuities’ coalesce...
Stability analysis of a rock mass is an important and complicated problem related to the safety of e...
Several massive, complicated and difficult to design structure are under construction or planning st...
Rock, like soil, is sufficiently distinct from other engineering materials that the process of desig...
Rock masses are hardly present in intact state in nature but are most commonly found in jointed form...
AbstractThe presence of joints and other types of discontinuities has a significant effect on the me...
The anisotropic behavior of a rock mass with persistent and planar joint sets is mainly governed by ...
The anisotropic behavior of a rock mass with persistent and planar joint sets is mainly governed by ...
Abstract: This paper deals with the statistical analysis of the uniaxial compressive strength and of...
Determining the geometric or morphology and mechanical properties of joints and geomechanics of inta...
In this thesis, a theoretical model of the mechanical behaviour of jointed rock masses is developed....
In this thesis, a theoretical model of the mechanical behaviour of jointed rock masses is developed....
PhD ThesisAn extensive experimental programme was undertaken to investigate the strength and deform...
Rock mass strength is the most important single parameter required for stability analyses of rock sl...
The anisotropic behavior of a rock mass with persistent and planar joint sets is mainly governed by ...