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1999•Computer Integrated Manufacturing SystemsRequires access

METHODOLOGY AND TECHNOLOGY OF DESIGN FOR ASSEMBLY

Zeng Qing-liang

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Abstract

Considering all the factors that affect the assembly performance of a produce, an architecture for general design for assembly is presented. The key technologies of design for assembly such as top down product design, evaluation of assembly performance of the product assembly features, assembly process planning, digital preceding assembly, assembly tolerance synthesizing and analyzing, mechanism motion synthesizing and analyzing are discussed.

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What this paper is about

Considering all the factors that affect the assembly performance of a produce, an architecture for general design for assembly is presented. The key technologies of design for assembly such as top down product design, evaluation of assembly performance of the product assembly features, assembly process planning, digital preceding assembly, assembly tolerance synthesizing and analyzing, mechanism motion synthesizing and analyzing are discussed.

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Available abstract

Considering all the factors that affect the assembly performance of a produce, an architecture for general design for assembly is presented. The key technologies of design for assembly such as top down product design, evaluation of assembly performance of the product assembly features, assembly process planning, digital preceding assembly, assembly tolerance synthesizing and analyzing, mechanism motion synthesizing and analyzing are discussed.

Key concepts: Design for assembly, Assembly modelling, Key (lock), Product (mathematics), Engineering, Product design, Manufacturing engineering, Systems engineering

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