Chuah et al. [6] The effects of temperature and speed of the cyclone, the pressure loss. By applying computational fluid dynamics. And simulation of turbulent flow with style (model) RNG k- and RSM by experimenting with the shape of the second cyclone is Stairmand high efficiency and Bohnet found RSM simulation results as closely as possible with the trial. And pressure loss at high speeds and high temperatures Wan et al. [7] studied the concentration of solid particles inside the cyclone particle size difference. The simulated flow RSM in the cyclone, the concentrations of particles are dispersed during low r / R ≤ 0.75, and fragmentation increases until the wall of the cyclone in the r / R> 0.75, and particles to accumulate more. Within the area of the vortex
การแปล กรุณารอสักครู่..
