SLOPE performs two-dimensional slope stability analysis to study circular or non-circular slip surfaces. The program uses the method of slices and offers a variety of established methods for calculating interslice forces.
SLOPE 12 is a computer program for analysing the stability of slopes, also applicable to earth pressure and bearing capacity problems.
SLOPE 12R is a computer program for analysing the stability of slopes, also applicable to earth pressure and bearing capacity problems.
Slope 2000 can locate the critical failure surface of a slope under general conditions with general constraints. The shape of the failure surface can be either circular or non-circular.
SLOPE 8R is a program for slope stability analysis with non-circular slip surfaces, using Spencer’s method. Analyses one slip surface at a time.
Manufacturer of a full range of geotechnical and structural sensors for monitoring tilt, displacement, pressure, and strain.
Slope (GeoStru) carries out the analysis of soil slope stability both in static and seismic states utilising the limit equilibrium methods of Fellenius, Bishop, Janbu, Bell, Sarma, Spencer, Morgenstern and Price.
STABL is a computer program written in FORTRAN for the general solution of slope stability problems by two-dimensional limiting equilibrium methods.
STABL is a computer program written in FORTRAN for the general solution of slope stability problems by two-dimensional limiting equilibrium methods.
GSLOPE: Limit Equilibrium Slope Stability Analysis for slopes with and without reinforcement. GTILT: Slope Inclinometer Data Analysis and Presentation. (pronounced “jee-tilt”)
