We investigate the simultaneous production planning and quality control problem for an unreliable single machine manufacturing system responding to a single product type demand.
This paper deals with the production and preventive maintenance control problem for a multiple-machine manufacturing system.
Human-machine interfaces like controls at machine tools, manufacturing systems, coordinate measuring machines and as well electronic planning boards for shopfloor control are tools supporting the decision making for skilled work at the shopfloor.
However, outside machines that have specific safety standards, the designers of special machines and manufacturing systems can only use generic safety standards, limiting as a consequence the results of hazards detection.
The SRFLP has practical applications in contexts such as arranging rooms along corridors, setting books on shelves, allocating information on magnetic disks, storing items in warehouses, or designing layouts for machines in manufacturing systems.
A common issue in these lines is failure of one of the compressors used for a machine in such manufacturing systems.
In particular, recent developments in Information and Communications Technologies are pushing the fourth industrial revolution, Industry 4.0, being data generated by several sources like machine controllers, sensors, manufacturing systems, among others.
Ke and Lin (2008) discussed sensitivity analysis of machine repair problems in manufacturing systems with service interruptions due to server failure.
This paper presents an experiment in using an Open Source Content Management System, for the implementation of a collaborative product-service system for the planning and execution of maintenance and service operations of high-value complex numerical control machine tools in advanced manufacturing systems.
Characteristics of machines in the manufacturing system include machining axes, accuracy, working envelop and available power.
