ANSYS Rocky

Ansys Rocky is a software program for simulating the movement of granular materials (including granular particles) and non-breakable materials using the Discrete Element Method (DEM).

Bulk materials (dry materials in granular or powder form such as stone, sand, soil, salt, seeds, chemicals, etc., which are stored in large quantities) and molded granular materials or plastic parts with unique polymer structures are essential components in many industries.

 

ANSYS Rocky
ANSYS Rocky

Using specialized software, the process of handling these materials can be simulated and modeled on a computer, significantly reducing risks and costs.

Ansys Rocky is designed to solve technical problems. This software allows you to model realistic molecule shapes, including solids, 2D layers, and rigid and flexible fibers.

Simulation with Ansys Rocky is extremely fast and accurate. Multi-GPU resolution technology enables the simulation of molecules with various shapes and sizes in many industrial applications.

ANSYS Rocky is a program designed to solve technical challenges. Rocky offers a unique ability to design realistic particle shapes, including solids, 2D layers, and elastic and inelastic fibers.

The simulation is both fast and precise. Multi-GPU resolution technology allows you to simulate the behavior of molecules of different shapes and sizes in various industrial applications.

With ANSYS Rocky, the most powerful DEM software available on the market, you can accelerate your most challenging particle simulations.

This software features industry-leading capabilities to accurately and efficiently solve large and complex problems.

 

ANSYS Rocky
ANSYS Rocky

 

Key Features of ANSYS Rocky:

  • Multi-GPU processing
  • Fine particle physics
  • Automation and customization
  • CFD coupling
  • Surface wear analysis
  • Import 3D scans
  • Non-spherical particle shapes
  • Advanced defect modeling
  • N-body dynamics
  • Environmental Protection Agency (EPA) standards compliance
  • 2D shells and fibers
  • Realistic particle shape simulation (including fibers)
  • Detailed simulation and study of particle physics
  • Non-spherical particle modeling
  • Efficient computations with double-precision calculations (GPU-supported performance)
  • Wide particle size distribution
  • Rheology calculations for dry and wet materials
  • 3D calculation and visualization of surface erosion
  • Adjustment of rotation, movement, and vibration of equipment components
  • Import 3D CAD design models, define precise raw data, and calculate boundary conditions
  • Integration with ANSYS finite element solutions
  • Animate simulation results and generate panoramic image reports
  • Modeling of enclosures, particle fracture, and particle durability
  • Import 3D scan data
  • Work with shell particles and 2D fibers