TUNRA Bulk Solids shares some of the testing and design strategies it has learned through research and collaboration to prevent dust emissions.
There is no doubt that the creation and management of dust
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Approaches to the calibration and application of DEM models for cohesive bulk materials
Shaun Reid, Consulting Engineer with TUNRA Bulk Solids, shares TUNRA’s take on the current state of DEM application to industrial bulk materials handling problems. He discusses both the advantages
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Transfer chute analysis with discrete element and continuum modelling
Aspec Engineering’s Paul Munzenberger explains how to make the most of discrete element modelling and lumped mass continuum modelling when designing transfer chutes.
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A case study of stacker chute analysis using DEM and scale modelling
Transfer chutes may be a small or low-cost part of a system, but they can easily become a costly bottleneck and maintenance nightmare. In this case study, experts from TUNRA Bulk Solids model a stacker chute in a stacker reclaimer using Discrete Element Modelling (DEM) and scale modelling.
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Newcastle trio transforms stacker throughput
A collaboration of Newcastle businesses, including TUNRA Bulk Solids, HIC Services, and Lindsay Dynan, worked together to improve the throughput of a transfer chute at a prominent Hunter Valley coal mine by using 3D modelling technology.
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Analysis of silo asymmetry normal pressures due to eccentric discharge using DEM simulation
Experts from Tunra Bulk Solids examine a range of discrete element modelling (DEM) simulations to investigate wall loads during eccentric discharge for a coal silo with only one of two outlets in operations.
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