Rocscience RS2 11.026

Rocscience RS2 11.026

You will get the full pakage after payment, that includes Rocscience Cpillar, Rocscience Dips, Rocscience EX3, Rocscience RocData, Rocscience RocFall2, Rocscience RocFall3, Rocscience RocProp, Rocscience RocScript, Rocscience RocSlope2, Rocscience RocSlope3, Rocscience RocSupport, Rocscience RocTunnel3, Rocscience RS DATA , Rocscience RS WALL, Rocscience RS2, Rocscience RS3, Rocscience RSPile, Rocscience Settle3D, Rocscience Slide2, Rocscience Slide3, Rocscience SWedge, Rocscience UnWedge.

Rocscience RS2 is a 2D finite element analysis software. This software is designed to analyze stress, deformation, stability and underground water flow of surface and underground excavations. Simplify even the most complex civil, geotechnical and mining-based drilling using powerful 2D finite element analysis trusted by engineers worldwide.

RS2 Seepage Analysis Solution is a powerful groundwater analysis tool capable of analyzing groundwater flow through dams, embankments, slopes, tunnels and excavations. Automate your slope stability analysis using the shear resistance reduction method. 

With one click of the mouse, find the critical point of failure and determine the strength reduction factor of your slopes. Geotextiles, shotcrete, reinforced concrete, and various types of bolts and nuts form a wide library of options for modeling slope supports, retaining walls, excavations, and other geotextile structures. 

Ability to analyze any surface or underground excavation, including staging and support installation for civil, mining, tunneling and other geotechnical applications. In both open pit and underground mines, slope stability and underground caves are used.

Features and features of Rocscience RS3 software:

• Application on the surface, underground drilling
• Application in the groundwater table
• Reduction of cutting power
• Linear local coordinates
• Tunnel designer
• Display deformations on a user-defined scale
• Advanced slope stability, groundwater infiltration, stabilization, and dynamic analysis tools have been developed for efficient soil erosion modeling.
• Deformation vectors.
• Easily define the liner’s local coordinate system using the tunnel direction and side surfaces. Easily track tunnel shape and direction and define tunnel framework for seamless planning of an effective excavation.
• Just import your RS2 projects into RS3 using the new RS2 Import wizard. This feature helps define the extrusion width of the model, applies constraints to the extruded model, and automatically creates the mesh for your model when you import it.