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Taguchi versus Full Factorial Design to Determine the Influence of Process Parameters on the Impact Forces Produced by Water Jets Used in Sewer Cleaning

机译:Taguchi与完整的因子设计,确定流程参数对下水道清洗中使用的水喷射产生的冲击力的影响

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The regular cleaning of the materials deposed in sewer networks is realized, especially with equipment that uses high pressure water jets. The functioning of this equipment is dependent on certain process parameters that can vary, causing variations of the impact forces. The impact force directly affects the cleaning of sewer systems. In order to determine the influence of the process parameters on the impact forces produced by water jets the method of research used is the experiment. The research methods used is that Taguchi design and full factorial design. For the experimental determination of the impact forces a stand for generating water jets and a device for measuring the forces of impact are used. The processing of data is carried out using the Software Minitab 17.
机译:实现了在下水道网络中所吸收的材料的定期清洁,尤其是使用高压水喷射器的设备。该设备的功能取决于可以变化的某些过程参数,导致冲击力的变化。冲击力直接影响下水道系统的清洁。为了确定过程参数对水喷射产生的冲击力的影响,使用的研究方法是实验。使用的研究方法是Taguchi设计和完整的因子设计。对于实验测定冲击力,使用用于产生水喷射器的支架和用于测量撞击力的装置。使用软件Minitab 17执行数据的处理。

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