ESSS Rocky DEM 2022 R2 v22.2.0 x64 – Full Version

Description

rocky DEM, the name of the software is designed and specialized in the field of small particle simulation. Indeed, using this product you can model the volume of materials. In fact, you can simulate the behavior of materials and their flow using this product with high speed and accuracy. With the help of simulations carried out by this software, you can have a very precise prediction of the behavior of the particles. Prediction of behaviors such as rate of energy absorption and fracture of particles and analysis of material flows are performed using this software.

Plus, you can use multiple video cards simultaneously while simulating yourself with Rocky DEM. This will allow your simulations to speed up more and work on larger volumes of data in less time. Also, with the help of this program, you can perform particle simulations in two-dimensional and three-dimensional modes. Applying flexibility or hardness to particles is another feature of this powerful software.

Ability to freely activate simulated particle movements in response to different forces such as particle contact, gravity, etc. Despite this feature, you can perform realistic modeling better than ever. The results of this software are very accurate and you can confidently analyze your particle motion flow and its changes in the program in mind.

Rocky DEM Software Features and Functionality:

Multiple processing capabilities using multiple video cards simultaneously
You will simulate complex particle motions based on changes applied to them
Allows you to model different fluid flows
Particle collision statistics are very accurate and useful at your disposal
Benefit from optimization tools and the possibility of thermal modeling
And…

Required configuration

Rocky DEM System Requirements

Operating systems
Windows 10
Windows 8/8.1
Windows 7

Recommended material
Memory: 4 GB RAM
Disk space: 4 GB of free disk space
Video card: A video card that supports OpenGL graphics
Screen resolution: 1280 x 1024