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Slope Reinforcement Software
10 software items found
Manufactured by:TenCate Geosynthetics Netherlands bv based inHengelo, NETHERLANDS
TenCate Geosynthetics introduces TenCate MiraSlope design solutions software for Mechanically Stabilized Earth (MSE) applications. This easy to use software program of TenCate will assist engineers in determining the reinforcement requirements for reinforced soil slopes and ...
by:DC-Software Doster & Christmann GmbH based inMünchen, GERMANY
The DC-Footing program is used to perform the foundation engineering verifications overturning, sliding, ground failure, soil pressure and settlement for several types of footings with horizontal and inclined ground surfaces and with a multi-layer soil structure. Different construction states can be considered in the calculation as excavation stages with slopes. The ...
Manufactured by:Presto Geosystems based inAppleton, WISCONSIN (USA)
Presto offers its free, easy-to-use GEOWEB MSE design software for retaining wall applications. Create vegetated and non-vegetated MSE designs based on the GEOWEB system inputs for reinforced slopes, and for gravity and geogrid-reinforced walls. The software is based on industry standard design methods and contains specific algorithms that ...
by:Terrasol based inMontreuil, FRANCE
TALREN 4 is ideal for checking the stability of geotechnical structures, with or without reinforcements: natural slopes, cut or fill slopes, earth dams or dikes. It takes into account various types of reinforcements such as: anchors and soil nails, piles and micropiles, geotextiles and geogrids, steel and polymer ...
by:Mitre Software Corporation based inEdmonton, ALBERTA (CANADA)
GSLOPE allows geotechnical engineers to carry out limit equilibrium slope stability analysis of existing natural slopes, unreinforced man-made slopes, or slopes with soil reinforcement. The program uses Bishop’s Modified method and Janbu’s Simplified method. GSLOPE allows either method to be applied ...
by:Geosoft International based inTurin, ITALY
I.L.A. is a complete slope stability analysis program that also incorporates powerful features for retaining system designing. The slope analysis and design can be performed using the Sarma method, whose numerical stability increases the reliability of the calculations. The classic Bishop, Jambu, Morgenstern & Price and Bell methods are also available; this allows to compare the results and ...
by:Bentley Systems, Incorporated based inExton, PENNSYLVANIA (USA)
SVSLOPE represents the new standard in 2D/3D slope stability analysis. Users can perform classic limit equilibrium slope analysis of soil or rock slopes by the method of slices or newer stress-based methods. Comprehensive 2D slip surface searching and pore-water pressure conditions and innovative 3D spatial analysis allow modeling at new ...
by:ITASCA Software based inMinneapolis, MINNESOTA (USA)
FLAC/Slope is a special, streamlined version of FLAC for evaluating the factor of safety (FoS) of soil and rock slopes in two dimensions with simple and fast model setup and analysis execution. FLAC/Slope can simulate stability problems under a wide variety of slope conditions, including: arbitrary slope ...
by:Bentley Systems, Incorporated based inExton, PENNSYLVANIA (USA)
SVSlope represents the new standard in slope stability analysis. Users can perform classic limit equilibrium slope analysis by the method of slices or newer stress-based methods. Advanced searching methods are implemented to correctly determine the correct location of the critical slip surface. SVSlope is characterized by an advanced probability analysis as well as integration with other packages ...
by:Chasm based inBristol, UNITED KINGDOM
CHASM is an integrated slope hydrology/slope stability software package. The dynamics of slope hydrology are computed using a finite difference formulation that accommodates unsaturated and saturated soil water conditions. Slope stability analysis (Bishop method) is undertaken using a grid search procedure, which is implemented continuously during the simulation period. The structure of the code ...
