conginuakhongem
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SLOPE/W is a software product that uses limit equilibrium theory to compute the factor of safety of earth and rock slopes. The comprehensive formulation of SLOPE/W makes it possible to easily analyze both simple and complex slope stability problems using a variety of methods to calculate the factor of safety. SLOPE/W has application in the analysis and design for geotechnical, civil, and mining engineering projects.
SLOPE/W is a 32-bit, graphical software product that operates under Microsoft Windows 95, 98, Me, NT, 2000, and XP. The common "look and feel" of Windows applications makes it easy to learn how to use SLOPE/W, especially if you are already familiar with the Windows environment.
SLOPE/W Basic Edition is a new product that offers essential slope stability features at the low price of $995 . It includes the basic modeling features found in the SLOPE/W professional edition, the leading stability software used in over 100 countries today.
Essential Stability Features
SLOPE/W Basic Edition has the essential features for solving slope stability analyses, including:
Ordinary, Bishop, Janbu Simplified, Spencer, Morgenstern-Price and GLE methods
Many trial slip surface shapes including circular, composite, any fully specified shape, and block shapes with three linear segments.
Pore-water pressure conditions specified using a piezometric line.
Use up to ten soil layers.
Soil strength specified as undrained, cohesive and frictional, no strength, or impenetrable.
Ground surface surcharge pressures.
Concentrated line loads.
Two tension ***** methods.
Horizontal and vertical seismic coefficients.
Finite Element Integration
SLOPE/W Basic Edition also includes the free GEO-SLOPE Office Student Edition. Run a finite element analysis in the Student Edition and use the results to enhance your SLOPE/W Basic Edition analysis. For example,
Compute pore-water pressures for your stability analysis by first running a seepage analysis with SEEP/W Student Edition.
Compute stresses for your stability analysis by first running a finite element linear elastic stress analysis with SIGMA/W Student Edition.
Model earthquake effects on stability by first running a dynamic earthquake analysis with QUAKE/W Student Edition.