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HARPACEAS FLAC e FLAC3D

Processing geotechnical, penetrometer test

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HARPACEAS

Milan, Italy
Overview
Name of product/article

FLAC e FLAC3D

Type

Processing geotechnical, penetrometer test

Computational
Large-strain simulation of continua, with optional interfaces that simulate distinct planes along which slip and/or separation can occur
Explicit solution scheme, giving stable solutions to unstable physical processes
Groundwater flow, with full coupling to mechanical calculation (including negative pore pressure, unsaturated flow, and phreatic surface calculation)
Convenient specification of general boundary conditions
Structural elements (including non-linear material behavior), with general coupling to the continuum
Library of material models (e.g., elastic, Mohr-Coulomb plasticity, ubiquitous joint, double-yield, strain-softening, modified Cam-Clay, and Hoek-Brown)
Pre-defined database of material properties; users may add and save their own material properties specifications to the database
A range of optional modules, including: thermal and creep calculations, dynamic analysis capability, two-phase fluid flow model, and user-defined constitutive models written in C++
Coupling to infinite elastic boundary
Statistical distribution of any property with extensive facility for generating plots of virtually any problem variable
Built-in language (FISH) to add user-defined features (e.g., new constitutive models, new variables or new commands)
Environment
Full graphical interface with built-in access to command-line
Several grid generators for common shapes
Project-tree simplifies project tracking, management, revision, and parameterization
• Continuous update of selected plots while FLAC is executing
Graphical output in a wide range of industry-standard formats with cut-and-paste facility
Built-in MOVIE command and accompanying viewer utility to animate model results
Customizable program environment that may be saved to reflect the user’s preferences
Rapid movement from the modeling environment to the code output using a multi-pane program layout
Built-in slope modeling module (FLAC/Slope) for rapid factor-of-safety analysis of slopes
HTML-based Help accessed from the Help menu describes use of the user-interface; and provides access to the full FLAC Manual.

Further info from manufacturer on FLAC e FLAC3D

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