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This study focuses on a composite material Flame spray aluminum production line characterized by limited preceding processes and high utilization rates of critical resources. A tailored algorithm is designed to simulate the production cycle over N days. The core program periodically (e.g., every minute or hour) evaluates the status of each work-in-progress (WIP), verifies resource availability, initiates processing tasks, and outputs lightweight model-driven code for digital twin-based animation. This approach facilitates production capacity analysis, process optimization, and ultimately achieves line balancing.

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Simulation Study on the Flame Spray Aluminum Coating Process for Composite Material Production Lines

  • 会议论文

  • 发表日期：

    2026年

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  • Zou Chenghong,
  • YuNing,
  • TangPeng,
  • QiuYi,
  • DengKaiyu

摘要

This study focuses on a composite material Flame spray aluminum production line characterized by limited preceding processes and high utilization rates of critical resources. A tailored algorithm is designed to simulate the production cycle over N days. The core program periodically (e.g., every minute or hour) evaluates the status of each work-in-progress (WIP), verifies resource availability, initiates processing tasks, and outputs lightweight model-driven code for digital twin-based animation. This approach facilitates production capacity analysis, process optimization, and ultimately achieves line balancing.