基于Fluent的高压水射流切割皮革流场仿真及参数化设计

J. Ni, Lianhua Hu, S. Chen, Zheng-Lun Wang
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引用次数: 0

摘要

研究了高速水射流切割皮革的流场模拟过程。基于水射流冲击模型,利用Fluent软件对不同的射流压力、喷射距离和喷嘴直径进行了分析。研究了出口直径对射流冲击速度和冲击面积的影响。通过对三个因素的研究,发现射流压力对射流速度的影响最大、最直接。因此,调节射流压力是成功完成水射流切割的重要手段。上述研究对皮革切割具有良好的指导意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Flow Field Simulation and Parametric Design of High-pressure Water Jet Cutting Leather Based on Fluent
This paper studies the flow field simulation process of high-speed water jet cutting leather. Based on the water jet impact model, Fluent is used to analyze different jet pressures, spray distances and nozzles diameter. The effect of the outlet diameter on the jet impact velocity and the impact area is studied. Through the study of three factors, it is found that the jet pressure has the greatest and most direct influence on the jet velocity. Therefore, adjusting the jet pressure is an important means to successfully complete the water jet cutting. The above research has a good guiding for cutting leather.
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