By Jugulum, Rajesh; Taguchi, Genʼichi; Taguchi, Shin

ISBN-10: 087389622X

ISBN-13: 9780873896221

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Therefore, it is recommended to use robust engineering methods at early stages of design to achieve higher sigma levels. Use of robust engineering will also reduce time to market. 9. In the first step, we can perform robust optimization of key technology elements, and in the second step, we can adjust the elements to family and future products. With these two steps, we can quickly assess the performance and send it to market in the shortest possible time. 8 Engineers’ world and customers’ world.

1 Design of Experiments Dr. Motosaburo Masuyama applied design of experiments to the production of penicillin in Japan near the end of World War II. The layouts used were based on the orthogonal Latin square, devised to improve the precision of comparisons between levels of a factor T. They were used at the beginning of this effort to obtain optimum combinations of numerous control factors, such as the quantities of cornstarch and phenylacetic acid, types of mold fungi, temperature, and agitation conditions that would improve the yield of penicillin.

There were many experiments in which materials The Development of Robust Engineering 19 and parts were produced under a variety of conditions. Here, the value of the initial-period characteristic, y0, and the value after a degradation test, yt, were determined. 1) as the response, the combination of levels of the control factors giving the minimum percentage of change was chosen. 1) This method was very useful in minimizing trouble, such as that caused by changes in the characteristics of carbon or of electrical relays.

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Computer-based robust engineering : essentials for DFSS by Jugulum, Rajesh; Taguchi, Genʼichi; Taguchi, Shin

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