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Version Flow-3D Hydro -State of The Art Software

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FLOW-3D HYDRO builds on the powerful solver of FLOW-3D, a leading software for transient and free-surface flow simulation. It is specifically designed for hydraulic engineers, enabling them to simulate a wide range of hydraulic phenomena such as clean water flows, air entrainment, multi-phase flows, erosion and redeposition, and dense and muddy flows. The software supports both 2D and 3D hybrid simulations, allowing for detailed analysis and large-scale simulations. Key features include the easy import of topographic, bathymetric, and three-dimensional CAD files, rapid mesh creation, and the utilization of the TruVOF algorithm, which ensures high accuracy in both free-flowing and pressurized flows. The software efficiently handles air simulation to reduce computational time while maintaining accuracy in multi-phase phenomena. Advanced tracking of fluid particles allows for the precise modeling of small droplets and fluid threads.
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Using the powerful solver of FLOW-3D, the market-leading software for transient and free-surface flow simulation, FLOW-3D HYDRO directly targets hydraulic engineers by allowing them to simulate everything from simple clean water flows, air entrainment phenomena, multi-phase flows, erosion and redeposition phenomena, dense and muddy flows up to 2D/3D hybrid simulations and even huge expansions.

  • Easy and immediate import of topographic or bathymetric files and three-dimensional CAD files
  • Rapid mesh creation
  • Harnesses the power of the TruVOF algorithm, ensuring maximum simulation accuracy in both free-flowing and transitional or pressurised flows
  • Allows air to be treated in a simplified way, reducing calculation time and maintaining the accuracy which is typical of bi- or multi-phase phenomena
  • Combines the effectiveness of the TruVOF algorithm with that of fluid particles used to track the movement of small droplets or threads of fluid
  • In FLOW-3D HYDRO, 8 templates and 36 example simulations guide the modeller in choosing the necessary models and setting up the simulation;
  • The sediment model allows direct modelling of erosion and deposition phenomena, automatically and dynamically modifying topography, bathymetry and solid obstacles;
  • Incorporates a Shallow Water model which can be coupled with the three-dimensional simulation, enabling a hybrid 2D/3D approach;
  • With the moving object model, moving objects whether or not they are coupled with fluid and up to 6 degrees of freedom can be easily integrated.

FLOW-3D HYDRO is the tool which allows the modeller to simulate any kind of flow in detail.

 

  • It offers a simplified, hydraulic-flow-centred user interface which guides the user through all their choices;
  • It makes it easy to simulate the infrastructure or watercourse in its entirety;
  • It allows the results to be extracted efficiently and effectively in all areas of the model thanks to a state-of-the-art post-processor;
  • It offers all the physical models to model even the most complex phenomena in one package;
  • It has an extensive high-level scientific bibliography in each field which is constantly expanding and updated;
  • It integrates cloud computing capabilities and parallelisation which enables high performance and immediate responses.