Increasing Output in Transfer Lines through Adaptive Buffer Operation

Jeanette Hamiga

doi:10.51202/9783186058133

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Bibliographic data

Copyright year: 2016
ISBN-Print: 978-3-18-305813-6
ISBN-Online: 978-3-18-605813-3
Publisher: VDI Verlag, Düsseldorf
Series: Fördertechnik/Logistik
Volume: 58
Language: German
Pages: 132
Product type: Book Titles

Titelei/Inhaltsverzeichnis Partial access Pages I - XIV Download chapter (PDF)
1. Background and motivation of research No access
2. General objective No access
3. Structure of this dissertation No access
1. Fundamentals in manufacturing No access
2. 1. Simulation No access
  2. Decomposition No access
  3. Design of Experiments No access
3. 1. Fundamentals in optimization No access
  2. Optimization methods No access
  3. Evolutionary Algorithms No access
4. 1. System-oriented requirements to the solution method No access
  2. Application-oriented requirements No access
  3. Summary of requirements No access
5. 1. Buffer allocation problem No access
  2. Optimal production control: the hedging point policy No access
6. Assessment of existing approaches and need for further research No access
1. General outline of method for increasing output No access
2. Assumptions and notations No access
3. 1. Buffer filling policy No access
  2. Target fill level No access
  3. Moments of intervention No access
  4. Variable intervention parameters No access
  5. Conclusion and identified intervention parameters No access
4. 1. Simplified example: two machine transfer line No access
  2. ܯ݊ ൅ 1 machine transfer line No access
  3. Calculation of time to stop before end of production No access
5. 1. Performance indicators to be monitored No access
  2. Optimization concept No access
  3. Evolutionary Algorithms used for search of solutions No access
6. Implementation of the simulation-based solution method No access
1. 1. Conceptual model No access
  2. Data collection and processing No access
  3. Verification and validation (V&V) of model No access
  4. Number of replications and run-length No access
2. 1. Single-objective optimization: minimize manufacturing cost per unit No access
  2. Single-objective optimization: maximize output No access
  3. Multi-objective optimization No access
  4. Further experimentation No access
  5. Conclusion of results and findings No access
3. Concluding assessment and discussion No access
Summary and outlook No access Pages 97 - 99
Results single-objective optimization No access Pages 100 - 102
Results multi-objective optimization No access Pages 103 - 110
Results further experiments No access Pages 111 - 113
Validation of simulation No access Pages 114 - 117
References No access Pages 118 - 132