... Abstract Based on the physical, mechanical and hydromechanical properties of the fractured rock, it simply introduced the statistics method, JRC method and fractal method and others for describing the fractured rock surface. Though comparing these methods above, the Duo-dimensionless...

... Abstract The fractured rock surfaces were observed under different loading stages in creep shear by making use of computerized tomography (CT). Through the creep shear tests, the failure modes of the fractured rocks have been recognized based on the CT images. The study shows that the long...

... Abstract Thermo-hydro-mechanical-chemical (THMC) processes in fractured rocks are important to understand for many geotechnical applications such as radioactive waste deposition, geothermal reservoir engineering, and CO2 storage. In this short paper we provide a brief literature discussion...

... to analyze the permeability variation of the given fractured rock masses considering different geometric parameters of the rock fractures. These numerical simulations showed that the principal permeability increased with the increase of the fracture length and fracture density, and for the trend of the two...

...Rock Characterisation, Modelling and Engineering Design Methods Feng, Hudson & Tan (Eds) © 2013 Taylor & Francis Group, London, ISBN 978-1-138-00057-5 3D numerical model evaluation of packer tests for hydraulic characterisation of fractured rock H. Kunz, H. Shao & B. Zaretzki Federal Institute...

... Reservoir Characterization roof rock dominant frequency fracture foliation Upstream Oil & Gas borehole gneiss rockburst propagation microseismic monitoring fractured rock investigation rock fracture process frequency seismic investigation geophone seismic velocity mining...