NEW  RiverFLO-2D version 3

THE NEXT LEVEL IN 2D HYDRAULIC MODELING

 

 

RiverFLO-2D, one of the most advanced hydrodynamic, and mobile bed finite element model for rivers becomes even more powerful with the new version 3.

 

RiverFLO-2D v3 provides new components for hydraulic structures such as culverts, weirs, and bridges, numerous new text and graphic output options, export results to Google Earth and many more.  

 

 

In addition to new enhancements to the traditional Argus ONE interface, RiverFLO-2D v3 modelers will be able to use the well-known Surface-water Modeling System (SMS).

 

SMS version for RiverfLO-2D v3 generated this dynamic animation of the Hoh River in the State of Washington, USA.

 

RiverFLO-2D v3 offers more than 100 new and improved features that will make two-dimensional hydraulic modeling an even more productive experience.

 

 



RiverFLO-2D v3 efficient handling of subcritical and supercritical flows allows stable simulations of rapid floodings, hydraulics of steep rivers, and dam-break floods as the one shown at right for the animation of the Tous Dam failure in Spain.

Simple and fast sediment transport module can be effectively used to evaluate bed erosion and deposition.

RiverFLO-2D v3 parallel code accelerates computations, automatically taking advantage of multiple core computers.

Hydronia, LLC. works with independent professionals, consulting firms and government agencies to help them succeed in their hydraulic modeling projects worldwide. We specialize in developing and applying advanced 2D and 3D computer models to simulate river flows, oil spills, sediment and pollutant transport, offering comprehensive support and specialized training. 

 

We have an ambitious plan to release new models starting later this year, including advection-dispersion, suspended sediment transport, particle tracking, oil spills, and more.

 

Our experienced engineers and programmers make sure that RiverFLO-2D modeling system is continuously improving, assisting professionals worldwide to become more productive in their modeling projects.