Setups commonly exist in flexible manufacturing systems. Modelling the queue time correctly is of fundamental importance in evaluating the performance of manufacturing systems. An insightful classification is the first step towards correct modelling. Through the observation of practical production lines, two types of setups are classified: state-induced setups and product-induced setups. The product-induced setups can be a changeover setup or a replacement setup. Changeover setups are induced by switching manufacturing processes between products, whereas replacement setups are caused by changing components or consumables. Approximate models for the mean queue time of different setup types are proposed based on their distinct properties. The...
Queueing models have been the most widely used analytical modelling tool for performance studies on ...
We analyse the system consisting of a highly capable workcentre, which processes a variety of part t...
The evolution of production systems was motivated by two important factors, increasing productivity ...
Performance evaluation plays a key role in manufacturing system design and productivity improvement....
This paper firstly discusses the make-to-order (MTO) manufacturing sector to show the different type...
In this dissertation we study production systems with flexible work force and machines. In chapter 2...
This paper deals with the analysis and application of queueing models for single and multi stage fle...
Parallel processing is prevalent in many manufacturing and service systems. Many manufactured produc...
Approximate queueing formulae are often employed for the practical evaluation of manufacturing syste...
Vita.This dissertation addresses two important, related problems common in a flexible manufacturing ...
Performance Analysis of Manufacturing Systems Queueing Approximations and Algorithms This thesis is ...
Studies in performance evaluation of automated manufacturing systems, using simulation or analytical...
This thesis deals with the analysis and application of queueing models for single and multi stage fl...
Workload Control is used in manufacturing systems to obtain more predictable throughput times and ac...
The improvement of the society highly depends on the development of industry. Besides the “hardware”...
Queueing models have been the most widely used analytical modelling tool for performance studies on ...
We analyse the system consisting of a highly capable workcentre, which processes a variety of part t...
The evolution of production systems was motivated by two important factors, increasing productivity ...
Performance evaluation plays a key role in manufacturing system design and productivity improvement....
This paper firstly discusses the make-to-order (MTO) manufacturing sector to show the different type...
In this dissertation we study production systems with flexible work force and machines. In chapter 2...
This paper deals with the analysis and application of queueing models for single and multi stage fle...
Parallel processing is prevalent in many manufacturing and service systems. Many manufactured produc...
Approximate queueing formulae are often employed for the practical evaluation of manufacturing syste...
Vita.This dissertation addresses two important, related problems common in a flexible manufacturing ...
Performance Analysis of Manufacturing Systems Queueing Approximations and Algorithms This thesis is ...
Studies in performance evaluation of automated manufacturing systems, using simulation or analytical...
This thesis deals with the analysis and application of queueing models for single and multi stage fl...
Workload Control is used in manufacturing systems to obtain more predictable throughput times and ac...
The improvement of the society highly depends on the development of industry. Besides the “hardware”...
Queueing models have been the most widely used analytical modelling tool for performance studies on ...
We analyse the system consisting of a highly capable workcentre, which processes a variety of part t...
The evolution of production systems was motivated by two important factors, increasing productivity ...