... Artificial Intelligence Einstein hydraulic fracturing concentration laboratory Reservoir Characterization structural geology wing crack mechanism Coalescence reservoir geomechanics Upstream Oil & Gas shear specimen bridge area joint tip tensile stress loading tensile...

... Einstein mechanism tensile crack Upstream Oil & Gas criterion crack growth Reservoir Characterization fracture loading condition crack initiation element method cohesive zone model specimen compression propagation crack tip single flaw Rock Engineering and Rock Mechanics: Structures...

... interaction crack initiation stress coalescence process specimen Reservoir Characterization hydraulic fracturing Einstein international journal tensile crack uniaxial compression eurock 2012 Bobet chemical treatment Upstream Oil & Gas Rock mechanics Coalescence Wong flaw propagation...

... goal of this paper and, most importantly, of most practical applications is to assess and manage risk associated with rock slope instabilities by making appropriate decisions. risk management risk and uncertainty assessment Einstein Engineering risk assessment countermeasure information...

..., at least in principle, to sample data on joint geometry and to formulate geologic models (Fig. 3). It is then possible to incorporate the geologic models in reliability models to predict rock slope performance as also illustrated in Fig. 3 and explained in more detail, e.g. in Einstein et al. (1983, 1992...