RIDO calculates the elastoplastic equilibrium of retaining walls or piles in various type of soil. Phased construction can be modeled.
rWall performs analysis and design of reinforced concrete cantilevered retaining wall systems. The retaining wall system consists of a wall stem of constant or variable thickness, a base (toe and heel) and an optional key.
SEPL-RetWall is an add-on module to the structural design package STRUDS which can be used to design cantilever type retaining walls.
SHEET is a program for the analysis and design of sheet pile walls. Up to 12 soil layers on active and passive side.
SHEETWAL uses the limit-equilibrium theory to analyse a sheet-pile wall with or without tiebacks. The program will calculate the minimum penetration, earth pressure, shear force, bending moment, and force on the bulkhead.
Supports uniform and non-uniform nail elements, shotcrete and cast-in-place, temporary and permanent facing elements, external stability, global stability, and staging cuts with multiple soil layers considered.
SoilStructure Retaining Wall can design restrained basement walls and cantilever retaining walls.
SPOOKS designs an anchored or free sheet pile wall on the basis of a chosen failure mode (Ultimate Limit State Design). The scope of modes includes those treated in Brinch Hansen’s theory.
SPUNT-A3 computes reactions of a horizontally loaded sheet-pile wall. The loads due to the excavation are automatically calculated.
SPW carries out sheet pile wall analysis, modelled as a beam on elasto-plastic springs.