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Automatic assembly planning for virtual assembly

Xiuli Li, Shuren Zhang

Open publisher page 1 citations

Abstract

A prototype system called APAVA to implement the decomposition process for generating the best feasible assembly plan is presented in this paper. The system structure of the decomposition process is discussed with its four maim modules: the feasibility testing module, the evaluation module, the selection module and the decomposition module. Then, an assembly example is presented as the application of the APAVA.

About this research paper

What this paper is about

A prototype system called APAVA to implement the decomposition process for generating the best feasible assembly plan is presented in this paper. The system structure of the decomposition process is discussed with its four maim modules: the feasibility testing module, the evaluation module, the selection module and the decomposition module. Then, an assembly example is presented as the application of the APAVA.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Method / approach

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Available abstract

A prototype system called APAVA to implement the decomposition process for generating the best feasible assembly plan is presented in this paper. The system structure of the decomposition process is discussed with its four maim modules: the feasibility testing module, the evaluation module, the selection module and the decomposition module. Then, an assembly example is presented as the application of the APAVA.

Key concepts: Decomposition, Computer science, Process (computing), Plan (archaeology), Engineering drawing, Selection (genetic algorithm), Assembly modelling, Engineering

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