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SENSITIVITY ANALYSIS OF GSI BASED MECHANICAL CHARACTERIZATION OF ROCK MASS (2012)
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 by the Hoek-Brown failure criteria and both the Hoek-Diederichs and modified Hoek-Diederichs deformation moduli are highly sensitive to changes of both the GSI and the D factor, hence their exact determination is important for the rock engineering design.
Reference:
Geophysics, Cornell University Library
Geophysics, Cornell University Library
Organization:
Dept. of Theoretical Physics, Wigner RCP, of the HAS and Dept. of Energy Engineering, BME and Montavid Thermodynamic Research Group, Budapest, Hungary
Dept. of Theoretical Physics, Wigner RCP, of the HAS and Dept. of Energy Engineering, BME and Montavid Thermodynamic Research Group, Budapest, Hungary
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