GEOSTUDIO SLOPE DOWNLOAD FREE

You can interactively select any analyzed slip surface to graphically display the forces on any slice or information about the sliding mass. Reinforcement Sets provides a convenient means to define multiple reinforcements in a single analysis. Features in each GeoStudio Edition. You can also specify seismic loading on the domain by setting horizontal and vertical coefficients that represent a force created by seismic or earthquake accelerations. Define slope reinforcement properties to simulate ground anchors, soil nails, piles, or geosynthetics. Pseudo-Static and Newmark Dynamic Stability Earthquake loading can be modeled using seismic loads with various pore-water pressure conditions, including the Duncan et al.

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GeoStudio SLOPE/W Tutorial

Any other loads can be modeled on the domain as a point load. Designing a MSE wall requires consideration of the geometric configuration and reinforcement requirement to ensure both internal and external stability. You can interactively select any analyzed slip surface to graphically display the forces on any slice or information about the sliding mass. This provides the flexibility to handle various modes of failure such as rotational, translational, composite, retrogressive, and structure-controlled failures.

Graphical display of the Factor of Safety vs Lambda plot allows the user to visually inspect the acceptability of convergence. You can also display plots of computed results over the slip surface, such as various strength or convergence parameters along each slice.

Rapid Drawdown Rapid drawdown analysis can be conducted using the pore-water pressures defined using piezometric lines, transient finite element GeoStudio analyses, or the multi-stage rapid drawdown technique. The Draw Reinforcement Sets and Define Reinforcement Sets windows can be used to add, modify, or delete multiple reinforcement lines that share the same reinforcement properties.

When your problem is completely defined, start the analysis process in the Solver Manager window. Solve multiple analyses simultaneously GeoStudio runs each analysis solver in parallel, allowing multiple analyses to be solved efficiently on computers with modern, multi-core processors.

Use a slip surface color map to visualize the variability in factor of safety with slip surface position. Stability of an MSE Wall Mechanically stabilized earth MSE walls are structures for retaining the earth under bridges, highways, and waterfront properties, to name a few.

GeoStudio SLOPE/W Tutorial - Civil Engineering Community

The spacing between reinforcement lines within a set can be based on a specified spacing between reinforcements or a specified number of reinforcements along the set range.

Define slope reinforcement properties to simulate ground anchors, soil nails, piles, or geosynthetics. Rapid drawdown analysis can be conducted using the pore-water pressures defined using piezometric lines, transient finite element GeoStudio analyses, or the multi-stage rapid drawdown technique.

This general formulation makes it easy to compute the factor of safety for a variety of methods and to readily understand the relationships and differences among all the methods. Earthquake loading can be modeled using seismic loads with various pore-water pressure conditions, including the Duncan et al.

Features of this simulation include: Use a coupled stress and pore-water pressure analysis to simultaneously model the effect of loading on the pore-water pressures and stresses. Generate reports of the definition and results, and export into other applications such as Microsoft Excel for further analysis.

Results on Multiple Slip Surfaces Multiple slip surfaces can be displayed on the drawing to investigate different modes of failure and to visualize the variability in factor of safety with slip surface position. The objects that can replaced include the tension crack line, slip surface definition, pore-water pressure, point loads, surcharge loads, reinforcement loads, and seismic loads. Pull-out resistance for geo-synthetics can be specified or calculated from interface adhesion and shear angle.

Mechanically stabilized earth MSE walls are structures for retaining the earth under bridges, highways, and waterfront properties, to name a few. Multiple slip surfaces can be displayed on the drawing to investigate different modes of failure and to visualize the variability in factor of safety with slip surface position.

Display plots of computed results over the slip surface, such as various strength or convergence parameters along each slice.

Probabilistic and Sensitivity Analysis Probabilistic and sensitivity analysis can be conducted on almost any input parameter and using a variety of distributions including normal, log-normal, uniform, triangular, or a generalized function. The stability analysis is completed with partial factors applied to characteristic loads and soil geoatudio parameters. This saves substantial solve time especially for large 3D analyses.

Roads, Bridges and Embankments. The defined pore-water pressure values can be displayed as contours on the geometry to help you see the PWP values that will be used in the analysis.

You can gostudio the solution progress in the Solver Manager window. In this manner, any design code from around the world can be considered such as Eurocode or the British Standards.

Rapid Drawdown Analysis Rapid drawdown analysis can be conducted using the pore-water pressures defined using piezometric lines, transient finite element GeoStudio analyses, or the multi-stage rapid drawdown gekstudio. While the solution is in progress, you can look at preliminary results in the Results window.