Ensoft is the developer of 13 civil engineering softwares currently listed at CESDb. Please visit developers website for software support, product updates, licenses and other information about LPILE, GROUP, DynaMat, SETOFF, UTEXAS, StablPro.
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APILE is used to compute the axial capacity, as a function of depth, of a driven pile in clay, sand, or mixed-soil profiles.
DynaMat uses a three dimensional hybrid method to estimate the equivalent dynamic stiffness and damping of machine foundations.
DYNAN can be used for the dynamic analysis under transient and random loading in the time domain.
Program DynaPile was developed to compute the dynamic stiffness of single piles or pile groups.
GeoMat is aimed at the solution under static loading of two classes of problems encountered in structural engineering: a soil-supported mat or a soil-supported structural slab.
GROUP has been well accepted as an useful design tool for analyzing the behavior of piles in a group subjected to both axial and lateral loadings.
LPILE is a special-purpose program based on rational procedures for analyzing a pile under lateral loading using the p-y method.
PYWALL considers soil-structure interaction by using a beam-column model and can analyze the behavior of a flexible retaining wall or soldier-pile wall with or without tiebacks or bracing systems.
SETOFF analyzes foundation settlement of both, shallow and deep foundations, using commonly-accepted procedures.
SHAFT is a computer program used to evaluate the axial capacity and the short-term, load-settlement curves of drilled shafts or bored piles in various types of soils.
STABLPRO has been developed specifically for users to ease their modeling process and to enhance the graphical observation of slope boundaries and critical slip surfaces.
TZPILE implements the well-known method of soil-structure interaction, commonly called the t-z method, where t-z and Q-w curves are used respectively for load transfers in side resistance and end bearing.
UTexas4 is a computer software application for computing the stability of earth and earth-rock slopes and embankments.