There are several empirical relations between the rock mass mechanical parameters (unconfined compressive strength, deformation modulus) and of the rock mass classification systems. These uniformly show increasing deformation modulus and compressive strength with the increasing quality of the rock mass. The goal of this paper is to put the deformation modulus—rock mass quality dependence into a framework of damage mechanics and to find a connection with the unconfined rock mass strength — quality relation. The rock mass characterizations are interpreted as damage classifications. Then thermodynamics reveals an interrelation between the deformation modulus and rock mass strength. This relationship is discussed from some points of view
Rock Classification methods are important for the evaluation of different rock parameters to be adop...
The aim of this paper is to determine the elastic parameters of some rocks and especially limestones...
Deformation and failure of brittle material under compression are different from those under tension...
The knowledge of the main mechanical constants of a rock mass (such as strength, deformability and t...
Characterization of rock masses and evaluation of their mechanical properties are important and chal...
The increase in rock engineering projects over the last decade, has made an increase in the importan...
AbstractIn this study, a new model was presented for computing strength of rock masses based upon in...
AbstractCharacterization of rock masses and evaluation of their mechanical properties are important ...
In this study, a new model was presented for computing strength of rock masses based upon in-situ ob...
The deformation modulus of rock masses (E m) is one of the significant parameters required to build ...
The main purpose of this paper is to obtain the rock mass rating (RMR) from different methods consid...
Rock and rock masses present a variation of mechanical properties when the tested volume changes. Us...
The commonly adopted rock mass classifications, namely RMR, Q and GSI, are used to estimate compress...
Abstract: This paper deals with the statistical analysis of the uniaxial compressive strength and of...
The present paper reports the analyses performed to investigate the influence of factors such as the...
Rock Classification methods are important for the evaluation of different rock parameters to be adop...
The aim of this paper is to determine the elastic parameters of some rocks and especially limestones...
Deformation and failure of brittle material under compression are different from those under tension...
The knowledge of the main mechanical constants of a rock mass (such as strength, deformability and t...
Characterization of rock masses and evaluation of their mechanical properties are important and chal...
The increase in rock engineering projects over the last decade, has made an increase in the importan...
AbstractIn this study, a new model was presented for computing strength of rock masses based upon in...
AbstractCharacterization of rock masses and evaluation of their mechanical properties are important ...
In this study, a new model was presented for computing strength of rock masses based upon in-situ ob...
The deformation modulus of rock masses (E m) is one of the significant parameters required to build ...
The main purpose of this paper is to obtain the rock mass rating (RMR) from different methods consid...
Rock and rock masses present a variation of mechanical properties when the tested volume changes. Us...
The commonly adopted rock mass classifications, namely RMR, Q and GSI, are used to estimate compress...
Abstract: This paper deals with the statistical analysis of the uniaxial compressive strength and of...
The present paper reports the analyses performed to investigate the influence of factors such as the...
Rock Classification methods are important for the evaluation of different rock parameters to be adop...
The aim of this paper is to determine the elastic parameters of some rocks and especially limestones...
Deformation and failure of brittle material under compression are different from those under tension...