GEOTHERM is a 2D finite element program that predicts in situ ground temperature conditions in response to both climatic and human induced activities by modelling transient heat conduction mechanisms in freezing and thawing soil.
Geophysical technologies provide sub-surface imaging capabilities that are used in a variety of field applications.
German Standard (DIN 4014) is used for bored piles design – construction procedure, design and bearing behaviour.
German Standard (DIN 4017) is used for analysis of bearing capacity for raft foundations with inclined and eccentric loading.
GFA2D performs a global failure analysis for 2D geotechnical problems based on the stress output from a finite element analysis using a weighted method (WFEM).
GGU-ATTERBERG allows the evaluation and presentation of Atterberg limits. Evaluates Plastic limit and Liquid limit. A miniCAD system is available for additional labelling of graphics.
GGU-AXPILE program allows the design of drilled piles and of driven piles according to Franke (Foundation Engineering Handbook 1992; Part 3/Grundbautaschenbuch 1992; Teil 3).
GGU-COMPACT for the evaluation and presentation of Proctor compaction tests. Capabilities: Presentation of air voids curves. 4 separate smoothing procedures.
GGU-CONSOLIDATE calculates the one-dimensional consolidation processes in multi-horizon systems using any pore water pressure distribution and time-dependent loading function.
GGU-DENSITY allows the evaluation and presentation of soil densities. The program offers three separate procedures for determining density: Coring cylinder, Sand replacement method and Densitometer.
