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Engineering

Simulation & Analysis

Discrete Element Modeling (DEM)

Examine how bulk solids move through equipment to support chute, hopper, feeder, and transfer-point design.

Particle flow through a chute and onto a conveyor, colored by velocity.
Particle flow through a chute and onto a conveyor, colored by velocity.

See An Example

The chute model below follows particles through a series of transitions and onto a conveyor. Colors indicate particle velocity; the visible material beds help explain how the flow interacts with the chute geometry.

Watch the DEM chute model ↓

Engineering Questions We Help Answer

  • Where does material accumulate, and how does it discharge?
  • How do particle trajectories and velocities change through a chute?
  • How do chute geometry and operating conditions affect flow onto the receiving conveyor?

Information Needed For The Assessment

Equipment geometry, throughput, particle size and shape distributions, density, moisture conditions, and contact-property data. Material characterization or calibration requirements are agreed for the study.

What The Study Delivers

Flow animations, comparison of agreed operating or geometry alternatives, and recommendations for material-handling details. Interpretation considers the material assumptions and the available operating evidence.

DEM Chute Model

Particle flow through a chute and onto a conveyor, colored by velocity. The animation shows particle trajectories, velocity distribution, and material accumulation within the chute.

Discuss Your Plant Or Equipment Challenge

Describe the equipment, operating concern, and improvement you want to evaluate.

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