Fastener Installation Pattern Optimization in Airplane Assembly Process
Tahir Miriyev, Lorenz Huber, Marco Frieden, Zeina Amer, Yicheng Chen
TL;DR
This paper presents algorithms for optimizing fastener placement and installation order in airplane assembly, aiming to improve efficiency and accuracy in the process.
Contribution
It introduces new algorithms for fastener placement and order optimization, modeled and tested in MATLAB, addressing key assembly process challenges.
Findings
Algorithms outperform baseline methods in simulation
Optimized sequences reduce installation time
Enhanced placement accuracy achieved
Abstract
Within the framework of an airplane assembly process, in particular the process of fastener installation at drilled holes, the following two problems are studied in this work: quadratic programming optimization of final fastener positioning, and optimization of the fastener installation order. Several algorithms were suggested, modelled on MATLAB, tested and compared.
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Taxonomy
TopicsManufacturing Process and Optimization · Engineering Technology and Methodologies · Advanced Manufacturing and Logistics Optimization