By Jugulum, Rajesh; Taguchi, Genʼichi; Taguchi, Shin
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Extra resources for Computer-based robust engineering : essentials for DFSS
2 1 1 3 …. Inner array Control factors Expt. No. A B C D E ….. 6 1 2 3 . . 36 2 2 1 1 1 3 1 1 2 2 1 …. 2 …. 2 …. …. …. …. 3 …. ….. y36,1,1 y1,1,1 y2,1,1 y3,1,1 y36,1,2 y1,1,2 y2,1,2 y3,1,2 N2 Experimental layout with compounding of noise strategy. 1 1 3 1 1 1 E N1 N2 y36,1,1 y1,2,1 y2,2,1 y3,1,1 y36,2,2 y1,2,2 y2,2,2 y3,2,2 y36,3,1 y1,3,1 y2,3,1 y3,3,1 y36,3,2 y1,3,2 y2,3,2 y3,3,2 N1 D Response Response Response Response Response Response B C M3 Expt. No. 2 Robust Engineering in Conjunction with DFSS as a Corporate Strategy Many companies around the globe use robust engineering methods in conjunction with design for Six Sigma (DFSS) initiatives as part of their corporate strategy.
We suggest that, even if there are interactions, only main effects should be assigned to an orthogonal array. The process average is then estimated, and one compares this process average with the values of the confirmation experiment. With this method, the reproducibility of the experimental results downstream is evaluated. 3 Discussion The most important distinction between Taguchi methods and traditional design of experiments is that it is counterproductive to assign interactions, whether or not there are interactions.
Parameter design 3. Tolerance design Concept development is the step in which one seeks and determines what combination of circuit and parts possesses the target function. In the example above, the circuit is already given. This means that concept design is already completed. Many inventions are made in concept development stage, and the main research effort is in this stage of the design. It is best to develop new systems not found in the literature. In contrast, the purpose of parameter design is to determine the parameter levels (normal values and types) of a system of elements.