Slide 5.0 by Rocscience

a. Geometry creation slopes
The first thing that is done to make the geometry of the slope after opening slide5.0 program is to create a boundary coordinates of where the slopes are designed and setup project (project settings). Thing is to help us in further work. Then enter the coordinates as the outside line (external boundary). The steps are as follows:
Select: View → Limits


Select: Analysis →ProjectSettings



Select: Boundaries Add External Boundary
For example:
Enter vertices [esc = quit]: 0 0
Enter vertices [u = undo, esc = quit]: 130 0
Enter vertices [u = undo, esc = quit]: 130 50
Enter vertices [c = close, u = undo, esc = quit]: 80 50
Enter vertices [c = close, u = undo, esc = quit]: 50 30
Enter vertices [c = close, u = undo, esc = quit]: 0 30
Enter vertices [c = close, u = undo, esc = quit]: c


 After entering the coordinates of points obtained geometry will be as below:






b. Incorporating rock parameter data (Material Properties)
After designing the geometry of the slope, performed data entry-material data such as density, friction angle in, cohesion, and determine the slope of saturated state, half-saturated and dry. Slope for the overall analysis included all of the data each type of material that compose the slope. The steps are as follows:


Select: Properties Define Materials


c. Determine the line / arc avalanche
    First of all made ​​a grid with spacing of 20 x 20.

Select: Surfaces Auto Grid



To produce:




 d. Determine the type of analysis used
     In this sofwareSlide5.0, there are several types of analysis that can be used.

Select: Analysis Analysis Methods


e. to interpret
It is aimed to obtain the minimum value of the safety factor and the possibility of landslides on slope position. To obtain the final result as follows:

Select: Analysis Interpret

easy is not difficult as imagined

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