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Publications tagged with [Hoek - Brown criterion]
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SHEAR STRENGTH CRITERIA FOR ROCK, ROCK JOINTS, ROCKFILL AND ROCK MASSES: PROBLEMS AND SOME SOLUTIONS (2013)
<p>Although many intact rock types can be very strong, a critical confining pressure can eventually be reached in triaxial testing, such that the Mohr shear strength envelope becomes horizontal. This critical state has recently been better defined, and correct ...
Filed under: Rock Mechanics - Rock StrengthReference: ournal of Rock Mechanics and Geotechnical Engineering Volume 5, Issue 4, Pages 249-334 (August 2013)
The aim of this paper is the sensitivity analysis of GSI and disturbance factor dependent equations that characterize the mechanical properties of rock masses. The survey of the GSI system is not our purpose. The results show that the rock mass strength calculated ...
APPLICATION OF MODIFIED HOEK-BROWN TRANSITION RELATIONSHIPS FOR ASSESSING STRENGTH AND POST YIELD BEHAVIOUR AT BOTH ENDS OF THE ROCK COMPETENCE SCALE (2008)
Carter T. G. , Diederichs M. S. et al.
In this paper several case examples are presented to illustrate the application of the high-end (spalling) and low-end (weak ground) transition Hoek-Brown relationships proposed by Carter, Diederichs and Carvalho, (2007) as a basis for better defining rock ...
This paper questions the application of rock mass classification systems in engineering geology problems.
Filed under: Rock Mechanics - Rock ClassificationReference: SAIMM, SANIRE and ISRM 6 th International Symposium on Ground Support in Mining and Civil Engineering Construction
Hoek E. et al.
<p>In this paper the historical development of the Hoek-Brown failure criterion and the associated Geological Strength Index (GSI) has been presented.</p>
Filed under: Rock Mechanics - Rock StrengthReference: Soils and Rocks, No. 2. November 2007.
LIMIT ANALYSIS SOLUTIONS FOR THE BEARING CAPACITY OF ROCK MASSES USING THE GENERALISED HOEK–BROWN CRITERION (2006)
Merifield R. S. , Lyamin A. V. et al.
<p>This paper applies numerical limit analyses to evaluate the ultimate bearing capacity of a surface footing resting on a rock mass whose strength can be described by the generalised Hoek–Brown failure criterion [Hoek E, Carranza-Torres C, Corkum B. ...
Filed under: Rock Mechanics - Rock FoundationReference: International Journal of Rock Mechanics & Mining Sciences 43 (2006) 920–937
<p>The notes are intended to provide an insight into practical rock engineering to students, geotechnical engineers and engineering geologists.</p>
Hoek E. , Carranza-Torres C. et al.
<p>In this paper in order to overcome the difficulty of finding an acceptable equivalent friction angle and cohesive strength for a rock mass the program called "RocLab" is introduced, as a convenient means of solving and plotting the equations of Hoek - Brown ...
This paper presents a methodology for estimating the properties of heterogenous rock masses such as flysch.
Martin C. D. , Kaiser P. K. et al.
A review of underground openings, excavated in varying rock mass types and conditions, indicates that the initiation of brittle failure occurs when the damage index, Di , expressed as the ratio of the maximum tangential boundary stress to the laboratory unconfined ...
Filed under: Tunnel Engineering - Tunnel Rock Behavior - ClassificationReference: Canadian Geotechnical Journal, Vol. 36, 1999