Minimizing Surplus Parts in Selective Assembly Using GA

Jun Feng Fei; Cong Lu; Song Ling Wang

doi:10.4028/www.scientific.net/AMM.215-216.178

Paper Titles

Instance Analysis on Designing Method of the Transmission Multi-Cones Synchronizer
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Simulation Analysis of the Working Process of the Corn Seed Metering Device with Combination Inner-Cell
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Finite Element Analysis of Portable Exoskeleton Based on Ergonomics Parameters Model
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Optimization Analysis Based on the Articulated Structure of Cement Floor All-Terrain Vehicle
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Minimizing Surplus Parts in Selective Assembly Using GA
p.178

Simulation Analysis and Optimization Study on Automotive Air Suspension
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Structural Parameters Optimization of Parallel Stable Platform Based on Physical Programming
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Design Parameters Optimization of Cutting Head of Cantilever Roadheader Based on Genetic Algorithm
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Research on the Design Method of Component-Based Modular Fixture
p.197

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 215-216Minimizing Surplus Parts in Selective Assembly...

Minimizing Surplus Parts in Selective Assembly Using GA

Abstract:

Selective assembly is a method of obtaining high-precision assemblies from relatively low-precision components. In selective assembly, the mating parts are manufactured with wide tolerances. It is impossible that the number of components in the selective group will be the same, and a large number of surplus parts exist according to the difference in the standard deviations of the mating parts. A method with new grouping method and chromosome structure is proposed to minimize surplus parts by using genetic algorithm.