Rocky DEM is the name of engineering and specialized software in the field of small particle simulation. In fact, with the help of this product, you will be able to model the volume of materials. In fact, you can use this product to simulate the behavior of materials and their flow with very high speed and accuracy. With the help of simulations performed by this software, you can have a very accurate prediction of the behavior of particles. Predicting behaviors such as energy absorption rate and particle fracture and material flow analysis are done with the help of this software.
You can also use multiple graphics cards simultaneously during your Rocky DEM simulations. This will make your simulations run faster and work on more data in less time. With the help of this program, you can also perform particle simulations in two-dimensional and three-dimensional modes. Applying the features of flexibility or hardness to particles is another feature of this powerful software.
The ability to activate the movements of simulated particles freely in response to various forces such as particle contact, gravity, etc. is another very useful possibility of this software. With this feature, you can do more realistic modeling than ever before. The results of this software are very accurate and you can leave your analyzes about the kinetic flow of particles and changes in them to this program with ease.
Features and specifications of Rocky DEM software:
- Ability to process multiple uses of multiple graphics cards simultaneously
- You will simulate the complex movements of particles according to the changes made in it
- Allows you to model the flow of different fluids
- Provides you with very accurate and useful particle collision statistics
- Benefit from optimization tools and the possibility of thermal modeling
Rocky DEM System Requirements
Windows 8 / 8.1
Memory: 4 GB of RAM
Disk space: 4 GB of free disk space
video Card: A video card that supports OpenGL graphics
Screen resolution: 1280 x 1024
In the Readme file in the Crack folder.