Vs assists in the estimation of the shear wave velocity of a soil using empirical field and laboratory based equations.
WALLAP is a program for analysing the stability of cantilevered, anchored, strutted, sheet piled or RC diaphragm retaining walls.
WALLS carries out the analysis and design of retaining walls for deep excavations. It calculates lateral loads, analysis of the mechanical behaviour of the structure, as well as its factor of safety against failure.
WALLS-Dimensioning is a program for the interactive design of excavation retaining walls. Wall types considered: timbered walls, optional with concrete or wood infill (“Berliner Verbau”), sheet pile walls,….
WALLS-FEA calculates excavation retaining wall design by the Finite Element method. The program can be used for the input of the geometry, the soil parameters and the excavation phases.
WANFE is a finite element analysis of a variety of non-linear multi-dimensional problems. Features include 3D analysis with visco-elastic material response, 2D analysis of geotechnical problems with construction,…
WAVES computes the dynamic characteristics and seismic response of horizontally layered soil deposits. The soil site is discretized into a finite element mesh of 1D shear elements.
WEAP87 simulates a foundation pile under the action of an impact pile driving hammer. Inputs include: pile length, skin friction and soil parameters.
Geocentrix was established in 1999 to provide software and Internet solutions for geotechnical engineering problems.
Geocentrix was established in 1999 to provide software and Internet solutions for geotechnical engineering problems.