This application has got many different computational features like statistical contouring of orientation clustering, confidence calculation and mean orientation. This application also allows the users to analyze as well as visualize the structural data following the same techniques which are used in the manual stereonets.
Rocscience Dips can be used by the rookies as well as professionals of the stereographic projection who wishes to utilize more advanced tools in the analysis of the geological data. You can also download GeoStru LoadCap 2018. Rocscience Dips works smoothly with the tools like UnWedge and Swedge. With this application you can determine the joints sets and can perform the kinematic analysis of slope stability. Rocscience Dips is an impressive and popular streographic projection program for analyzing and presentation of the orientation based data. You Can determine the joints sets and can perform the kinematic analysis of slope stability. This indicated that the regional scale analysis is adequate in predicting only hazard levels at quarried sites.Rocscience Dips Free Download Latest Version. The safety factors matched between the site specific and the regional scale analyses, while risk levels did not.
The runout distance was relatively small, yielding a low risk failure. The studied slope failed under both seismic events with 10% exceedance probability in 50 years, and rainfall events with 10-year return period. At failure, the maximum runout distance and the corresponding angle of reach were determined in Rocscience RocFall 8.0. A limestone quarry in Bafliye, Southern Lebanon, was mapped with a DJI Phantom 4 V2.0 drone, recreated as a 3D scene in Pix4D Mapper, assessed kinematically in Rocscience DIPS 7.0, and analyzed using limit equilibrium and numerical modelling techniques using both Rocscience SWEDGE 7.0 and RS2 11.0. The aim is to also ascertain the degree of accuracy of the regional scale maps in predicting landslides in quarried areas. In this research, we present a methodology to assess, at a site specific level, the hazard and risk levels of quarried slopes under three conditions: dry, heavy rainfall, and seismic events. However, their applicability to quarried slopes was not tested. Regional scale maps were recently generated in a Geographic Information System (GIS) platform to identify hazard and risk levels of co-seismic and rainfall induced landslides. In Lebanon, quarries are scattered randomly across the country and lack proper urban planning and management. Quarrying activities in particular, contribute largely to slope failures worldwide, especially when unorganized and chaotic. Human activities are continuously altering the steepness of natural slopes, making them vulnerable to slide under natural triggering factors like earthquakes and rainfall.
0 kommentar(er)
