Ansys Rocky是行业领先的离散单元法（DEM）软件，可快速准确地仿真颗粒流动行为。
快速准确地仿真颗粒流
Rocky旨在解决工程问题。Rocky具有独特的功能，可对任何固体、2D壳体以及刚性和柔性纤维等真实颗粒形状进行建模。实现快速且准确的仿真。利用多图形处理单元（GPU）求解器技术，您可以在许多工业应用中仿真不同形状和尺寸的颗粒的行为。
File size: 966 MB
Quickly and Accurately Simulate Particle Flows. Rocky is designed to solve engineering problems. Rocky is uniquely capable to models real particle shapes including any solids, 2D shells, and rigid and flexible fibers. The simulations are fast and accurate. With multi-graphics processing unit (GPU) solver technology, you can simulate the behavior of different shaped and sized particles in many industrial applications.
Accelerate your toughest particle simulations by using the most powerful DEM software in the market. Ansys Rocky contains industry leading features and capabilities to solve large, complex problems accurately and efficiently.
Multi-GPU Processing
Accurate Particle Physics
Automation and Customization
CFD Coupling
Surface Wear
3D Scan Import
Non-spherical Particle Shapes
Advanced Breakage Modeling
Multi Body Dynamics
FEA Coupling
2D Shells and Fibers
HPC
Compared to bench-top component-level testing, overall foulant simulation can produce savings of up to 10% of total development costs — along with reduced time to market, since results are available in a week, compared to months.
Built-in appliances fill today’s high-end kitchens, in which seamless integration with cabinetry can pose technical challenges related to airflow restriction in a machine’s compartment. This problem is exacerbated by dirt accumulation on the condenser (heat exchanger), which can affect appliance performance.
Experimental evaluation of dirt accumulation on condensers is time-consuming and expensive. Consequently, Sub-Zero is coupling Ansys Fluent computational fluid dynamics (CFD) and Ansys Rocky discrete element modeling (DEM) to quickly gain insight on the mechanisms behind dirt accumulation in an effort to design a more robust heat exchanger.