slope stability

Software for the analysis of stratified slope stability using limit equilibrium methods, with automatic searching of the critical slip surface.

The GEO5 suite of programs is designed to solve various geotechnical problems from foundation and wall design to stability and settlement analyses. The easy -to -use suite consists of individual programs with a unified user-friendly interface.

Modelling of various geotechnical problems by the Finite Element Method.
The program can model a wide range of geotechnical problems including terrain settlement, sheet piling/diaphragm walls, underpinning of structures, slope stability, beams on foundation, excavation, etc.

The program MSE Wall is used to verify mechanically stabilized earth walls and segmental retaining walls reinforced by geogrids.

Fine offers software only at minimal price to cover program administration and maintenance. The price of 10 seats in the network within Educational licence is 900EUR. This price consists of the HW key and Fine Maintenance program (including latest upgrades, technical and engineering support).

The program is used for the analysis of shallow and deep excavations and retaining structures (anchored, non-anchored cantilever and prop or strut walls) by the method of elastoplastic nonlinear analysis i.e. the magnitude of pressures acting upon a structure depend on its deformation.

Sheeting Design – Design and analysis of sheet piles and other retaining wall types.

Suite of applications for geotechnical and geoenvironmental engineering.

Geotechnical software for calculation of (1) allowable bearing capacity of shallow foundations; (2) pressuremeter test analysis; (3) plate loading test; (4) soil liquefaction analysis; (5) lateral earth coefficient; (6) stress distribution below foundation; (7) stress distribution behind retainin

Computer program for analysing the stability of slopes. The program is also applicable to earth pressure and bearing capacity problems. Optional facilities are available for the analysis and design of reinforced soil.

The slope stability problem is solved in a two dimensional environment. The slip surface can be modeled in two different ways - the circular one (Bishop or Petterson method), or the polygonal one (Sarma method). Slope stability program is a part of a geotechnical software suite GEO5.