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Robust parameter design for the optimisation of cutting conditions according to energy efficiency criteria

机译:可靠的参数设计,可根据能效标准优化切削条件

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An important objective in process design in the wood-processing industry is to make the system robust – or insensitive – to sources of variability that cannot be entirely controlled once the system is in use. Experimental designs can be used to solve some of these problems. The first techniques were introduced in the 1980s by Genichi Taguchi, a Japanese engineer. The objective of this paper is to apply advanced methods for optimization of cutting conditions using a robust design in the wood-processing industry according to energy efficiency criteria. By showing some numerical simulation results, the effectiveness of the proposed model is illustrated.
机译:木材加工业中过程设计的一个重要目标是使系统对可变性源强健或不敏感,一旦使用该系统就无法完全控制可变性源。实验设计可用于解决其中一些问题。最早的技术是在1980年代由日本工程师田口健一(Genichi Taguchi)引入的。本文的目的是在木材加工行业中根据能源效率标准,采用可靠的设计方法来应用先进的方法来优化切割条件。通过显示一些数值模拟结果,说明了所提模型的有效性。

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