APEWARE is a pile drive-ability prediction program for APE impact hammers. It is a limited version of the professional program PDPWAVE. Main features: One dimensional wave equation program.
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APILE is a program for the analysis of single piles. It is assumed that the soil is divided into horizontal layers, each layer having different elastic properties.
APILE Plus for Windows computes the axial capacity as a function of depth of a driven pile in clay, sand, or mixed-soil profiles.
CAPWAP is a signal matching program which uses the measured force and velocity from a Pile Driving Analyzer as a forcing function, models the pile as a series of segments, and calculates the soil response.
Cemset predicts single pile or traditional foundation behaviour under load based on the use of hyperbolic functions to represent the stress-strain relationship.
CemSolve is used for the back analysis of computer controlled static pile load test results to determine unique pile behaviour, soil parameters and assess pile installation techniques.
DC-Pile carries out the analysis of bored piles, driven piles and grouted piles. Bearing or tie piles, vertical or inclined, with or without base enlargement.
DIADIM is used for the design of flexible retaining structures such as concrete diaphragm walls, beam bulkheads, sheet piles and concrete piles using a finite element method to model the soil-structure interaction.
DRIVE is part of the Oasys Geo suite, but available separately. One dimensional dynamics program for the calculation of stresses and displacements during pile driving.
Driven is an upgrade of the existing FHWA computer program, SPILE. It determines the ultimate vertical static capacity of piles in cohesive and cohesionless soils.