Ansys Rocky Software Overview

Alex Lefebvre

Watch this video and see how Ansys Rocky simulations enable the analysis of non-spherical particle shapes for diverse applications.

About the Author

CFD Simulation Specialist<br><br>Alex collaborates with clients to find solutions that meet their needs, whether it be new software, technical training, or consulting services. He completed his Ph.D. in Mechanical and Aerospace Engineering at the University of Miami, with a focus on aircraft design. After the completion of his Ph.D., Alex worked in Formula 1 as a CFD expert where he helped the team produce a car that finished 5th in the world's championship.
Follow on Linkedin More Content by Alex Lefebvre

Model Complex Particle Physics with Ease

Understand bulk flow behavior and particle physics by utilizing Ansys Rocky's powerful modeling capabilities.

Next Video

Ansys Rocky: Particle Simulation 101

Learn about particle mechanics' industry-leading features and capabilities to solve your organization's mul...

Have questions About Ansys Rocky?

Email Address

First Name:

Last Name:

Organization:

Country

Comments:

Thank you!

Error - something went wrong!

Return to Home

Welcome to the Rand Simulation Resource Center

Ansys Rocky Software Overview

About the Author

Previous Article

Next Video

Ansys Rocky Software Overview

About the Author

Previous Article

Next Video

Other content in this Stream

Discover how Ansys Rocky can empower you to: Design and optimize equipment that handles granular particles, such as mixers, hoppers, and conveyors. Predict the behavior of particles...

Understand bulk flow behavior and particle physics by utilizing Ansys Rocky's powerful modeling capabilities.

Learn about particle mechanics' industry-leading features and capabilities to solve your organization's multi-faceted problems using Ansys Rocky.

Ansys Rocky simulates nearly any type of particle for nearly every industry or application! Take your next product development project to the next level with advanced simulation testing. #ansys #prod

Today's modern engineer is able to couple Ansys Rocky's particle mechanics with other Ansys simulation software, including Ansys Fluent's computational fluid design (CFD) solvers to create advanced mu

Ansys Rocky allows today's modern engineer to couple particle mechanics with other Ansys simulation software, including Ansys Mechanical to create advanced multiphysics simulations. #ansys #physics

Ansys Rocky is the industry-leading discrete element method (DEM) software used for simulating the motion of granular and discontinuous material in a broad range of practical applications.

Learn how Ansys Rocky's post-processing tools allow you to access impact velocities and commute the amount of material accumulated. #engineering #simulation #ansys

Learn how a variety of filter designs can be modeled using Ansys Rocky. #engineering #simulation #ansys

Evaluate the effect of charge motion and deflector angle on particle distribution and more with Ansys Rocky simulation. #engineering #simulation #ansys

Learn how a vaccum cleaners simulation particles and debris with the use of Ansys Rocky. #engineering #simulation #ansys

With Ansys Rocky you can predict discharge flow patterns and rates for various rotations speeds and feeders designs for various materials. #engineering #simulation #ansys

This article describes the methods and models available in Ansys Rocky that can predict particle breakage for different types of particle shapes.

This whitepaper covers Ansys Rocky's flexible fiber model as well as some application examples.

Ansys Rocky is the world’s most powerful and advanced Discrete Element Modeling (DEM) particle simulation. software.

Ansys Rocky was used to analyze a lab scale tablet coater with custom SRC tablet shapes.

Ansys Rocky was used to analyze a lab scale tablet coater with custom SRC tablet shapes.

Ansys Rocky Multi-GPU simulation of a 150L Commercial Scale High-Shear Granulator with ~10 million particles.

Ansys Rocky's built-in combined motion capability enables the simulation of complex dynamics, such as for a vibrating spiral conveyor.

This simulation shows how Ansys Rocky can calculate how the liner of an object, like this SAG mill, will wear over time.