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    RISS 인기검색어

      Optimization for Disassemble Sequence Planning of Electromechanical Products during Recycling Process Based on Genetic Algorithms

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      https://www.riss.kr/link?id=A101866275

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      Disassemble and re-manufacturing is an important way to save energy. Sequence planning is the core issue of disassemble. In this study, disassemble model has been established based on the analysis of disassemble route planning and disassemble sequence. The disassemble sequence optimization based on genetic algorithms has been carried out. In the gear pump disassemble sequence, for example, an illustrative example, proposed in this study to verify the disassemble sequence planning based on electromechanical product recovery process optimization genetic.
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      Disassemble and re-manufacturing is an important way to save energy. Sequence planning is the core issue of disassemble. In this study, disassemble model has been established based on the analysis of disassemble route planning and disassemble sequence...

      Disassemble and re-manufacturing is an important way to save energy. Sequence planning is the core issue of disassemble. In this study, disassemble model has been established based on the analysis of disassemble route planning and disassemble sequence. The disassemble sequence optimization based on genetic algorithms has been carried out. In the gear pump disassemble sequence, for example, an illustrative example, proposed in this study to verify the disassemble sequence planning based on electromechanical product recovery process optimization genetic.

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      목차 (Table of Contents)

      • Abstract
      • 1. Introduction
      • 2. Basic Rule of Coupled Constraints and Disassemble Electromechanical Products
      • 3. Disassemble Sequence and Disassemble Route Planning
      • 3.1. Disassemble Sequence Planning
      • Abstract
      • 1. Introduction
      • 2. Basic Rule of Coupled Constraints and Disassemble Electromechanical Products
      • 3. Disassemble Sequence and Disassemble Route Planning
      • 3.1. Disassemble Sequence Planning
      • 3.2. Disassemble Route Planning
      • 4. Disassemble Model Building
      • 4.1. Inter-Parts Assembly Constraints Description
      • 4.2 Disassemble Priority Constraint Matrix
      • 5. Optimization for Disassemble Sequence Planning Based on GeneticAlgorithms
      • 5.1. Fitness Function
      • 5.2. Flow Process of Genetic Algorithms
      • 5.3. Optimization of Genetic Algorithms
      • 6. Example Analysis
      • 7. Conclusion
      • References
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