CDI engineers use Rocky to simulate transfer chute designs, identify material flow and structural issues, and validate solutions.
In this example, a client’s original chute is simulated using material calibrated to onsite conditions. After verifying that the simulation replicates reported issues, the material flow is evaluated for excessive ore velocities and blockage potential; the surface wear of the liner and belt components are analyzed for abnormalities, and belt power consumption is estimated.
After identifying the key issues to address, CDI redesigns the chute and then simulates it in Rocky to validate the solutions. By comparing the results with the original, the new simulation shows improvements in material flow, belt wear, and power consumption. In addition, the high wear components are optimized for maximum liner life.
The Rocky simulation can be further coupled ANSYS Mechanical, where the particle forces upon the chute structure are analyzed using FEA.
Learn more about CDI’s transfer design services here: [ Ссылка ]
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