..., the tunnel was studied, both for dry and saturated (for maximum ground water table) conditions. Both analytical and numerical methods were used for the tunnel stability analysis. The analytical me- thod was based on Ladanyi's (1974) assumptions for rock-support interaction analysis and the Hoek- Brown...

... geologic modeling Upstream Oil & Gas field mapping drilling operation stability analysis geological modeling classification shear drill core rock mass strength shear strength mapping vein Reservoir Characterization strength blind slough dam rock foundation rock mass Bazooka...

... & Gas Reservoir Characterization rock slope strength slope failure metals & mining stability analysis investigation reservoir geomechanics slope design procedure interpretation jointed rock mass high level reliability probability boundary project development slope stability rock...

... Artificial Intelligence failure criteria coulomb failure criteria rock slope probability distribution Upstream Oil & Gas criterion failure criterion plane jointed rock slope reserves evaluation stability analysis probabilistic analysis basic variable discontinuity probability...

.... 2002). However, it was not comprehensively and systematically studied in the past. stability analysis gully coefficient slope surface composition debris flow sediment Field Experiment solver Artificial Intelligence debris flow fan experiment slip surface sediment artificial rainfall...

... anchoring. Often a combination of these two approaches is used to reach the most economic solution. Reservoir Characterization stability analysis stability configuration Upstream Oil & Gas coarse-grained alluvium ground improvement Excavation Slope strength diameter grout elevation 955...

... Characterization Engineering stability analysis vehicle rush hour al-baha descent probability Mountain Road Wellbore Design traffic total probability Saudi Arabia landslide 1 INTRODUCTION Landslides occur frequently on mountain roads, in rugged terrains. One of the most difficult terrains in western...

... sets (cm) (m) Dip direction Dip amount (degree) (degree) J1 N110 85 150 3.0 J2 N025 04 80 5.0 J2 N200 80 200 1.5 Table 3. Orientation of cleats in the coal Discontinuity name Dip amount (degree) Dip direction (degree) CL1 03 N350 CL2 86 N130 CL3 85 N040 5 SLOPE STABILITY ANALYSIS The stability analysis...

..., since the full shear strength is assumed to be mobilized simultaneously along the failure surface. Duncan (1996) and Griffiths & Lane (1999) summarized the results of a survey on slope stability analysis using FEM based on the shear strength re- duction technique and provided a number of valua- ble...

... to the displacement vectors (see Fig. 11). These sec- tions now include all information managed and pro- duced in GIS and Surpac. These section profiles can be exported to DXF files which can then be opti- mized for slope stability analysis. Nearly all modern slope stability software such as Slope/W or Slide can...

... knowledge management strength slope failure interslice boundary rock mass sensitivity analysis Upstream Oil & Gas discontinuity safety factor inclination dip slope Reservoir Characterization stability analysis bedding slip surface shear strength metals & mining mechanism...

... Reservoir Characterization finite element computed stress slip surface equilibrium element analysis formulation stress distribution safety Upstream Oil & Gas limit equilibrium strength summation method Strength Reduction Method stability analysis procedure local safety factor...