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This contribution presents the concept of a Digital Tool Chain based on a thorough literature review. It combines the methods of mechanism synthesis, load analysis and structural optimization in a model-based systems approach and thus enables the development of dynamically more powerful and resource-efficient planar mechanisms in a significantly shorter development time. The novelty of this approach is the orchestration and connection of well-known computer-aided engineering tools.

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Concept for a Digital Tool Chain for Lightweight-Optimised Design of High-Speed Planar Mechanisms

  • 会议论文

  • 发表日期：

    2025年

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  • Burkhard Corves,
  • Mathias Hüsing,
  • Kai-Uwe Schröder,
  • Nils Brückmann,
  • Raphael Cleven

摘要

This contribution presents the concept of a Digital Tool Chain based on a thorough literature review. It combines the methods of mechanism synthesis, load analysis and structural optimization in a model-based systems approach and thus enables the development of dynamically more powerful and resource-efficient planar mechanisms in a significantly shorter development time. The novelty of this approach is the orchestration and connection of well-known computer-aided engineering tools.