ESSS Rocky DEM 4.5.0 (x64)

ROCKY is a modern software for modeling processes with bulk materials and related equipment. The software product uses the Discrete Element Method (DEM), which allows you to quickly and accurately calculate the behavior of a stream of particles of various shapes and sizes when moving along conveyor lines, on vibrating screens, in mills, crushers and other types of processing and transport equipment .
The ROCKY software product was created based on 20 years of experience in developing computational techniques using DEM technologies at Granular Dynamics International LLC, a division of Conveyor Dynamics, Inc. Further product development will be carried out within the Brazilian company ESSS. Initially, the development of the product took place in relation to the tasks of mineral processing, with a focus on calculating the movement of particles in cylindrical mills and continuous transport systems. With the release of new versions, the capabilities of ROCKY have expanded significantly, and allow you to perform a wider range of tasks, for example, calculating and visualizing the abrasive wear of work surfaces of equipment, calculating air flows arising from the movement of particles of bulk material during transportation, and much more.
ROCKY differs from other software solutions using the DEM method primarily in the possibilities of using realistic nonspherical particles, simulating their destruction without loss of mass and volume, as well as calculating and visualizing abrasive wear of the working surfaces of equipment elements. Due to the ability to create realistic particle shapes that behave the same as real particles, taking into account various "flow" conditions in ROCKY, one can simulate the operation of almost any installation.
Features:
-Efficient computing;
-Double precision calculations (using the corresponding GPU function);
-A wide range of job granulometric composition;
-Non-spherical particles;
-Consideration of the rheology of dry and wet materials;
-Calculation and three-dimensional visualization of abrasive wear of surfaces;
-The task of rotation, translational and vibrational movement of equipment elements;
-Simple import of 3D CAD geometric models, clear definition of the source data and boundary conditions for the calculation;
-Integration with ANSYS finite element solvers;
-Manage the animation of simulation results and create panoramic video reports.

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