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New object type “Mesh-Surface” - helper object for calculating fluxes through any surface in 3D domains.Meshes in many other formats (OpenFOAM, EnSight, ANSYS, FLUENT,…) can first be loaded into the Paraview program and then saved in VTU format for HYDRUS. The imported mesh can used for defining all input data (domain properties, boundary and initial conditions) as well as running the calculation and post-processing. HYDRUS 5.03 can import an external three-dimensional FE-mesh in the VTK Unstructured Mesh format (*.vtu file), which enables working with 3D transport domains created in other programs.

A huge speedup has been achieved, displaying results can now be up to 100 - 1000 times faster than in HYDRUS 5.02 (depending on the specific project).

Optimization of graphical display of results for large projects (where the number of mesh nodes N > 1,000,000).

Fluxes across cross-sections in the Wetland module.

Dispersive solute fluxes were included into the solute fluxes across mesh-lines into HP2.

Campbell’s thermal conductivity model was added to 2D and 3D models.PFAS, Surfactant, and Reservoir BC (3D) were implemented into HyPar to make it compatible with the standard computational modules.

PFAS with kinetic (both linear and nonlinear) sorption (a two-site sorption model) to the air-water interface 1D.See also the latest changes and new features in History of changes and new features in HYDRUS. New Features in Version 5.03 of HYDRUS (compared to version 5.02)

Download the new version for ios Hydrus Network 546