Parameter Optimization for a Potato Rod-type Conveyor Grading Device Based on the Discrete Element Method

Parameter Optimization for a Potato Rod-type Conveyor Grading Device Based on the Discrete Element Method

Blog Article

Existing field potato grading devices are complex in structure and large in volume, designing a rod-type conveyor grading device.Relying on field measurement, size and field distribution laws of mature potatoes are obtained and their field distribution is modelled.Moreover, the conveyor grading device model is established using the discrete element method (EDEM).The single-factor test and multi-factor test adopting one evaluation index (grading accuracy) and four test factors (conveyor life extension blueberry extract chain elevation angle, conveyor chain speed, rod clearance, and potato feed rate) were conducted.

Finally, the effects of various test factors on the evaluation index are analyzed and test factors are optimized.According to the results of this study, the rod-type conveyor grading device had a grading accuracy of 93.32%.The relative error read more between experimental validation and simulation results was less than 8%, suggesting that the regressive mathematical model proposed in this paper and the optimization results obtained were reasonable.