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Review Design Analysis and Optimization of Screw Conveyor for Asphalt Application: A Review

机译:浅析沥青应用螺旋输送机的设计分析与优化:综述

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Screw conveyors are extensively used in a industry for transporting and materials along with distances. We are improving the capacity of screw conveyor by including the initial and actual design.(9TPH to 7.8TPH) They are very imperial transporting instrument for dry particulate solids, giving good output. design have tended to heavily on experiential performance data. In screw conveyor all over performance is dependent on the operating conditions the screw speed is in rotational, inclination of the screw conveyor; and the volumetric fill level of the bulk material. In that review paper we improve the capacity of screw conveyor by using computational fluid dynamics analysis (CFDA) also improve the tensional strength of screw shaft. We are reducing the overweight of conveyor from 52kg/set to 40-45 kg/set.The predictions of screw conveyor performance in terms of variations of particle speeds, energy dissipation, mass flow rate and power consumption, due to changes in the operating conditions. While the shape of the feed opening is not critical when dealing with free-flowing materials it has a very strong effect on performance when fibrous materials are being fed into the screw. The conveyor is powered by an electric motor by using a V belt connection.
机译:螺旋输送机广泛用于行业,用于运输和材料以及距离。我们通过包括初始和实际设计来提高螺旋输送机的容量。(9TPH至7.8TPH),它们是一种用于干颗粒固体的帝国传输仪器,提供良好的输出。设计已经倾向于对体验性能数据很大。在螺旋输送机中,所有过度性能取决于螺杆速度旋转,螺杆输送机的倾斜度;和散装材料的体积填充水平。在该审查纸中,我们通过使用计算流体动力学分析(CFDA)提高螺旋输送机的容量,还提高了螺杆轴的张力强度。我们正在减少52kg /设定的输送机的超重/设置为40-45千克/套。由于操作条件的变化,粒子速度,能量耗散,质量流量和功耗的变化来预测螺杆输送机能。 。虽然在处理自由流动的材料时,进料开口的形状并不重要,但是当纤维材料被送入螺钉时对性能具有非常强烈的影响。通过使用V带连接,输送机由电动机供电。

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