WINSAF-I computes one-dimensional settlements by summing the vertical strains along a vertical profile; this is the classic method of estimating settlements under design loads.
WINSAF-TR performs one-dimensional consolidation analysis based on Terzaghi’s classical theory. The program is part of the Productivity Tools for Geotechnical Engineers suite of programs, but is also available separately.
WinSEISAB analyzes the soil structure interaction for bridge structures to determine the seismic demand placed on various bridge components.
WINSID is a geotechnical instrumentation data management and presentation package Designed to be used by both Engineers and Contractors, providing data loading, sorting, storage, reduction and presentation facilities.
WinSieve can be used to enter, edit and print grain size analysis charts in several standard or custom formats. Each grain size analysis test can include sieve data, washed sieve data, and hydrometer data as specified in ASTM Test Method D-422.
Winsimul 1.0 may be used for the estimation of seismic strong ground motion, it incorporates concepts of the seismic source process and wave propagation effects.
WINSITU is a program for analysing insitu tests carried out with the Cambridge Insitu family of pressuremeters, including the Self Boring Pressuremeter, High Pressure Dilatometer and Cone Pressuremeter.
WinStabl is a pre- and post-processor to STABL6. The package supports: Simplified Janbu, Modified Bishop, and Spencer’s analyses. Reinforcing layers.
WINSTRESS calculates the increment of stresses in a linearly elastic half-space due to surface loads. The program is part of the Productivity Tools for Geotechnical Engineers suite of programs, but is also available separately.
Xcalcs presents online calculation sheets for structural engineers, including analysis of beams on elastic soil.