Interpretation and presentation of Cone Penetration Test data using the latest Dr. Robertson methodology. Analytical tabular results and reports quickly and easy.
Assessment of soil liquefaction from data acquired with Cone Penetration Test, using the latest and most widely used methodologies.
Soil liquefaction assessment using insitu data acquired with Standard Penetration Test or Shear wave in situ tests, utilizing the most widely used methods.
An external add-on module for CPeT-IT that helps in the creation of 2D cross sections using the typical geotechnical sections defined in the software.
SPAS 2016 is a SCPTu and downhole test analysis software that perfroms analysis for both S and P seismic waves. Supports multiple boreholes in one project file.
Assessment of soil liquefaction utilizing most commonly used in situ methods (SPT, CPT or Vs) for input data. Additional calculations for vertical and lateral displacements.
Estimate soil improvement under a grid of stone columns (vibro replacement) according to Priebe methodology. Calculations for rectangular and circular installation grid.
SteinP 3DT performs elastic settlements calculation below a footing in 2D plane. Various footing shapes are supported and inclination of soil layers in 3D.
SteinN Pro can be used for contacting preliminary settlements calculation below a rectangular footing. All calculations are contacted according to DIN 4019.
Creation of a geotechnical borehole data sheet specially adjusted for the Geotechnical Engineer. Technical log data and stratigraphy are some of the supported input.
Estimate various soil mechanical parameters from Standard Penetration Test (SPT), a widely and most frequently used in-situ test for geotechnical exploration.
A simple software program for preliminary analysis of slope stability using random generated slip surfaces based on a modified version of Bishop’s calculation formula.