Any event (via the user interface, commands, or FISH scripting) that modifies the model state is recorded, permitting both undo and archiving functionality and allowing replay or reuse any event or the entire modeling process.Preferences, and settings are contained with a single project fileįiles and associated files (excepting saved states) can be bundled intoĪ single file for easy distribution or project archiving Histories of model properties and results throughout the model to allowįor comparison to actual monitoring and instrumentation dataįiles associations (data, saved states, results, CAD geometry), plots, List, surface, orientation, etc.) through the Model Pane
(cylinder, sphere, position, etc.) and property-based ranges (group, ID
Extensive solution controls and options.FLAC3D can be extended with options that are offered separately from the base program.
While FLAC3D has been developed to be general in nature, it has been designed, in collaboration with our own consultants, with geotechnical and geomechanical applications in mind for civil (tunnels, rail embankments, wharfs, soil enhancement, retaining walls, piles, foundations), mining (ramps and drifts, stopes, blasting, subsidence, caving, sills, pillars, tailings dams), oil & gas (salt caverns, wellbore optimization, borehole breakouts, compaction/subsidence, cap rock integrity), and power generation (dams, power house caverns, wind turbine foundations).
FLAC3D offers a fully integrated numerical modeling environment that includes model project management capabilities, interactive mesh building and model construction, run-time monitoring of results (including FISH scripting variables and function states), extensive plotting options, and easy, automatic movie pre-processing tools.