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The axial discharging velocity of the particles was experimentally investigated at the discharge end of two rotary kilns with 400 and 250 mm internal diameter, respectively. Sand, glass beads and clinker were used as experimental materials. A physical method without using imaging technology was developed to measure the axial discharging velocity based on the discharge behavior. The mass flow and the...
The solid bed depth at the discharge end of rotary kilns was experimentally investigated for different mass flow rates, rotational speeds, inclination angles and materials using two lab kilns with sizes of 0.4m (ID)⁎5m (L) and 0.25m (ID)⁎6.7m (L), respectively. The solid depth at the discharge was found to be several more times higher than the particle diameter. All parameters according to Saeman's...
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