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NUMERICAL SIMULATION OF PARTICLE TURBULENT DIFFUSION IN A NEW TYPE OF AXIAL CYCLONE DUST COLLECTOR
Author(s): 
Pages: 579-583
Year: Issue:  5
Journal: JOURNAL OF ENGINEERING THERMOPHYSICS

Keyword:  particlecollectorsturbulentnumericalsimulation;
Abstract: A numerical study has been conducted for the flow of adilute particle-laden gas flow in a new type of Axial Cyclone DustCollector (ACDC). The turbulent movements of particles were gottenfrom the calculation of the individual particle movement in the highlyturbulent gas flow in ACDC. The influence of turbulent gas fluctuationson particle motion was taken into account by means of gas velocity stochasticfluctuation spectrum. The three-dimensional motion of particle in ACDCwas described by the Lagrangian formulated deterministic equilibriumequations. The fourth-order Runge-Kutta scheme was used to solveparticle equilibrium equations. The calculation result shows that thenumerical simulations of solid particle could predict the performanceof Dust Collector, such as the cut-size of dust collectors
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