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An Integrated Design Method of New Product and the Production Process Based on Taguchi Robust Design

Jaculine Priya G, G. M. Xian, Edward M. Knod

Open publisher page 6 citations

Abstract

The integrated design of new product and the associated production processes is a highly effective method for cutting down time-to-market and new product development cost. Here Genichi Taguchi's robust design with dynamic output characteristics is a promising tool that helps achieve those integrated designs. First, the primary principle of Taguchi robust design is introduced. Next, an integrated design model incorporating Taguchi methods is constructed. Subsequent analysis of experimental data yields the optimal level combination of control factors and the ideal experimental conditions that simultaneously facilitate design of new product and process. Finally, an example serves to illustrate and support the validity of the integrated design method.

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What this paper is about

The integrated design of new product and the associated production processes is a highly effective method for cutting down time-to-market and new product development cost. Here Genichi Taguchi's robust design with dynamic output characteristics is a promising tool that helps achieve those integrated designs. First, the primary principle of Taguchi robust design is introduced. Next, an integrated design model incorporating Taguchi methods is constructed. Subsequent analysis of experimental data yields the optimal level combination of control factors and the ideal experimental conditions that simultaneously facilitate design of new product and process. Finally, an example serves to illustrate and support the validity of the integrated design method.

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The integrated design of new product and the associated production processes is a highly effective method for cutting down time-to-market and new product development cost. Here Genichi Taguchi's robust design with dynamic output characteristics is a promising tool that helps achieve those integrated designs. First, the primary principle of Taguchi robust design is introduced. Next, an integrated design model incorporating Taguchi methods is constructed. Subsequent analysis of experimental data yields the optimal level combination of control factors and the ideal experimental conditions that simultaneously facilitate design of new product and process. Finally, an example serves to illustrate and support the validity of the integrated design method.

Key concepts: Taguchi methods, Product design, Process (computing), Manufacturing engineering, Process design, Computer science, Production (economics), New product development

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