Electromagnetic Coupling with Particle Flow using Ansys Rocky
This video demonstrates how to use the Electromagnetic Coupling API module in Ansys Rocky to separate magnetic and non-magnetic particles. Using a magnetic separator conveyor example, we show the key settings for electromagnetic coupling and how to import a 3D magnetic “B” field, created in Ansys Maxwell, into Rocky.
Presented by: Evan Smuts, Senior Engineer at Qfinsoft.
Optimising Vertical Mine Ore Pass Design with Rocky DEM and OptiSLang
Discover how Rocky DEM combined with OptiSLang can be used to optimise the design of vertical mine ore passes. In this technical session, we explore how adjusting the angles of the second and third sections affects ore flow, wear, and overall system efficiency. With advanced simulation and automated optimisation, you’ll see how to find the best geometrical configuration to reduce blockages, cut down on maintenance, and boost productivity in mining operations.
Presented by: Keith Railton, Application Engineer at Qfinsoft.
Turning meshes into models: How to convert STL files for analysis
Have you ever received a geometry file in STL format from a 3D scan, an optimised design, or a supplier, and struggled to use it in your simulation workflow? STL files are great for surfaces and 3D printing, but they’re not ideal for engineering analysis. In this video, we’ll show you how to convert STL geometry into a clean, solid model that’s ready for simulation in ANSYS. Whether your data comes from scanning, additive manufacturing, or shared files, this process helps you unlock accurate and efficient simulations.
Presented by: Eloise Erasmus, Application Engineer at Qfinsoft.
ROPS and FOPS analysis in Ansys Workbench
This technical session demonstrates how to perform ROPS (Roll-Over Protective Structures) and FOPS (Falling-Object Protective Structures) analysis in Ansys Mechanical and LS-DYNA within the Ansys Workbench environment, specifically for the mining industry.
The session covers how to:
– Follow ISO 3471, ISO 3463, ISO 3449, and ISO 8083 guidelines
– Walk through static and dynamic simulations to assess protective structures under rollover and falling-object scenarios
– Share practical tips on model setup, material definition, load application, and post-processing
Outcome: Gain the tools and knowledge to ensure operator safety and regulatory compliance, whether designing surface or underground mining equipment using effective, standards-based FEA.
Presented by: Siphakamiso Mncwango, Application Engineer at Qfinsoft.
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