Geotechnical

Legacy software from 1978 that incorporates a simplified procedure for one-dimensional analysis of generation and dissipation of pore water pressures in a sand deposit due to seismic excitation.

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

Finite element analysis for a beam on elastic foundation. Beam consists of nodes and members. Automatic generation of non loaded additional nodes.

Legacy software from 1989 that utilizes block theory has been applied to the planning and design of surface and underground excavations. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.

An easy interface to the popular program ELSYM5 which calculates stresses, strains and deflections within a pavement cross section due to an applied load configuration.

Program for analyzing raft foundations of arbitrary shape with the real subsoil model. ELPLA can be also used to solve many other civil engineering problems

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.

The program provides facilities for bridge abutments and wing walls analysis. Abutment program is a part of a geotechnical software suite GEO5. It is easy to understand and use system comprises individual modules with uniform user environment and mutual communication.

The program computes basic earth pressures (active, passive pressure, and pressure at rest) acting upon an arbitrary curved structure. Program is a part of a geotechnical software suite GEO5.

Risk assessment of building damage due to tunneling. The program is designed to analyze and determine shape of subsidence through above excavations and to evaluate damage of buildings situated in the affected area. Ground Loss program is a part of a geotechnical software suite GEO5.

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).

Suite of applications for geotechnical and geoenvironmental engineering.

Geotechnical and geoenvironmental data management and reporting.

Finite element program for the analysis and design of retaining structures. Thouroughly validated against hand calculations and published field case studies.

A collection of the following geotechnical programs:

(1) MSheet addresses the design of sheet walls including distortions and stability for various excavation phases. The critical length is also determined.

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

Plaxis is a family of the following products targeted towards solving geoengineering problems:

Calculates the short term and consolidation settlement of shallow foundations, as well as the time required to attain a certain settlement percentage. Contains handy tools to estimate the required settlement parameters based on published research.

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.

SoilClass can assist the design engineer to determine estimates of the required soil design parameters (cohesion, friction angle, CBR, unit weight, ...), its suitability for various purposes (such as base course or foundation) and requirements for compaction.

Geotechnical earthquake engineering and soil dynamics software for 2D static and dynamic finite element analysis of soil-structure interaction; time-history analysis of soil liquefaction and ground displacements induced by earthquakes; numerical analysis of earth dams and retaining walls; 3D dyna