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Tolerance synthesis using second-order fuzzy comprehensive evaluation and genetic algorithm
2000
International Journal of Production Research
In modern manufacturing engineering, tolerance synthesis is important because it directly e ects product quality and manufacturing cost. This paper introduces a new method for tolerance synthesis of machining parts. The new method consists of three steps. First, machining parts are evaluated using the second-order fuzzy comprehensive evaluation (FCE). Then, a mathematical model for tolerance allocation is formed based on the machinability of the parts. Finally, the model is solved using the
doi:10.1080/002075400422752
fatcat:anq3h7rpqfbfvaqiw5o74bqjvi