关键词: 泥浆处理装置, 曲柄滑块, 振动筛, RecurDyn, EDEM

Abstract: In view of the problem of stone remaining on the  surface of the vibrating screen of the seedling raising mud treatment device, the movement state of the stone on the screen surface was studied. Based on the theoretical analysis of rocks, the relationship between the movement state of rocks and the different parameters of shale shaker was obtained. Taking the angle of guide rail, crank speed and crank length as the influencing factors, and the rockfall rate as the evaluation indexes, this paper carried out joint simulation by RecurDyn and edem, analyzed the influence of the change of different influencing factors on the rockfall rate, and established the different influencing factors and rockfall rates. According to the simulation results, the rockfall rate of the shale shaker was the best when the angle of the guide rail was 30°, the crank speed was 120 r·min-1 and the crank length was 0.16 m. The validity of the optimal parameters obtained by simulation was verified by physical prototype test. This study provided a reference for further study of the crank slider shale shaker.

Key words: mud treatment unit, crank slider, vibrating screen, RecurDyn, EDEM