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Increasing Output in Transfer Lines through Adaptive Buffer Operation / Titelei/Inhaltsverzeichnis
Increasing Output in Transfer Lines through Adaptive Buffer Operation / Titelei/Inhaltsverzeichnis
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I–XIV
Titelei/Inhaltsverzeichnis
I–XIV
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1–6
1 Introduction
1–6
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1.1 Background and motivation of research
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1.2 General objective
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1.3 Structure of this dissertation
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7–38
2 Buffer management in manufacturing systems
7–38
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2.1 Fundamentals in manufacturing
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2.2 Evaluative solution methodology in manufacturing systems optimization
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2.2.1 Simulation
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2.2.2 Decomposition
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2.2.3 Design of Experiments
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2.3 Generative solution methodology
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2.3.1 Fundamentals in optimization
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2.3.2 Optimization methods
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2.3.3 Evolutionary Algorithms
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2.4 Requirements of a solution method to increase output
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2.4.1 System-oriented requirements to the solution method
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2.4.2 Application-oriented requirements
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2.4.3 Summary of requirements
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2.5 Analysis of relevant approaches
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2.5.1 Buffer allocation problem
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2.5.2 Optimal production control: the hedging point policy
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2.6 Assessment of existing approaches and need for further research
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39–63
3 Method design for increased output in assembly
39–63
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3.1 General outline of method for increasing output
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3.2 Assumptions and notations
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3.3 Adaptive buffer operation: method description and its parameters
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3.3.1 Buffer filling policy
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3.3.2 Target fill level
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3.3.3 Moments of intervention
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3.3.4 Variable intervention parameters
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3.3.5 Conclusion and identified intervention parameters
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3.4 Buffer filling algorithms
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3.4.1 Simplified example: two machine transfer line
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3.4.2 ܯ݊ 1 machine transfer line
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3.4.3 Calculation of time to stop before end of production
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3.5 Simulation-based method used for optimization
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3.5.1 Performance indicators to be monitored
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3.5.2 Optimization concept
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3.5.3 Evolutionary Algorithms used for search of solutions
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3.6 Implementation of the simulation-based solution method
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64–96
4 Application of method
64–96
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4.1 Model building
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4.1.1 Conceptual model
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4.1.2 Data collection and processing
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4.1.3 Verification and validation (V&V) of model
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4.1.4 Number of replications and run-length
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4.2 Experiments
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4.2.1 Single-objective optimization: minimize manufacturing cost per unit
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4.2.2 Single-objective optimization: maximize output
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4.2.3 Multi-objective optimization
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4.2.4 Further experimentation
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4.2.5 Conclusion of results and findings
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4.3 Concluding assessment and discussion
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97–99
5 Summary and outlook
97–99
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100–102
A Results single-objective optimization
100–102
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103–110
B Results multi-objective optimization
103–110
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111–113
C Results further experiments
111–113
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114–117
D Validation of simulation
114–117
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118–132
References
118–132
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Increasing Output in Transfer Lines through Adaptive Buffer Operation , page I - XIV
Titelei/Inhaltsverzeichnis
Autoren
Jeanette Hamiga
DOI
doi.org/10.51202/9783186058133-I
ISBN print: 978-3-18-305813-6
ISBN online: 978-3-18-605813-3
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doi.org/10.51202/9783186058133-I
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