不良品分离扁平带式输送机的设计与分析

Y. Patil, Shivraj Patil, Suhas Gawade, Vaishnavi Shinde, S. Jawade
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引用次数: 0

摘要

带式输送机系统主要用于工业中原料和成品的输送。本文对轻型平板带式输送机的部件进行了详细的设计过程研究和分析。带式输送机用于分离不合格产品,最大负载为2kg,输送能力为2tph,输送速度为3.5米/分钟。本文对输送机的设计计算进行了研究,并对皮带轮、轴和输送带进行了有限元分析。使用solid work软件创建3D模型。在适当的加载条件下,考虑计算张力,在ANSYS和Inventor软件上进行有限元分析。对带式输送机的轴、皮带轮和皮带进行了应力分析,找出了带式输送机的最高应力区域。通过对平面带式输送机系统进行设计,得到的几何参数均在限定范围内,保证了输送机设计的安全性。在有限元分析中,皮带与皮带轮之间的接触状态和接触压力是适当的粘接和接触。作用在皮带上的最大应力为58.85 MPa,在87.88 MPa处发生变形。轴上的应力为13.17 MPa。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Analysis of Flat Belt Conveyor for Segregation of Defective Products
: Belt conveyor system is mostly used in industries for transportation of raw materials and finished products. This paper includes study of detailed design procedure and analysis of flat belt conveyor components for light duty applications. Belt conveyors used for segregation of defective products up to 2 kg maximum load whose conveyor capacity is 2 TPH and speed of the conveyor will be 3.5 m/min. Our paper includes study of design calculation of conveyor and FEA analysis of pulley, shaft and conveyor belt. 3D model is created using solid work software. FEA is done on ANSYS and Inventor software with appropriate loading condition, considering calculated tension. Stress analysis of shaft, pulley and belt is done to find highest stressed area of belt conveyor. By following the design procedure for flat belt conveyor system, all geometrical parameters obtained are within limits and design of conveyor is safe. In FEA, contact status and contact pressure between belt and pulleys are properly sticky and in contact. Max stress acting on belt is 58.85 MPa and deformation will occur at 87.88 MPa. Stress on shaft comes out to be 13.17 MPa.
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