Topic
Production engineering
About: Production engineering is a research topic. Over the lifetime, 2657 publications have been published within this topic receiving 37409 citations.
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01 Jan 2017
TL;DR: In this article, the authors examined the development of digital manufacturing production, in particular the system for monitoring the work of CNC equipment, CNC circuits and other automated manufacturing equipment, as well as systems of monitoring and resource suppy for the implementation of production tasks and production plan.
Abstract: The article examines the development of digital manufacturing production, in particular the system for monitoring the work of CNC equipment, CNC equipment circuits and other automated manufacturing equipment, as well as systems of monitoring and resource suppy for the implementation of production tasks and production plan of the digital manufacturing production. The developed system has the following features: monitoring of the main parameters of the equipment and its components; assessment of the current situation and the consequences of equipment failure; assessment of resource supply for production orders and the production plan, and tracing their completion; reporting on the formation of diagnosed objects. The solution is based on using the equipment condition index to ensure objective assessment of the equipment condition. The authors developed software and circuit solutions to be implemented in real digital production.
14 citations
TL;DR: In this paper, the authors determined the major manufacturing systems and their distribution across the U.S. engineering industries on the basis of machine tool stock data, as interpreted statistically through factor analysis.
14 citations
01 Jan 2003
TL;DR: The contribution of John Buzacott to the Operations Management field cannot be overstated as mentioned in this paper, and the control concepts he developed for manufacturing systems turn out to have a much wider area of application, in particular to supply chain planning and control.
Abstract: The contribution of John Buzacott to the Operations Management field cannot be overstated. Grounded in Industrial Engineering his work can be characterized by both practical relevance and mathematical rigor. The practical relevance posed to him extremely challenging mathematical and computational problems. Together with his PhDs and colleagues he has taken up these challenges and made breakthrough contributions to the analysis and design of manufacturing systems. The control concepts he developed for manufacturing systems turn out to have a much wider area of application, in particular to supply chain planning and control.
14 citations
TL;DR: The effective performance drivers for manufacturing management identified include: increasing the training time for new employees, reducing mean time to repair (MTTR), increasing the percentage of design of experiment (DOE) during engineering changes, and reducing the frequency to engineering changes.
14 citations
22 Jul 2015
TL;DR: A framework that utilizes a knowledge-based approach to automate the component mapping in the code generation process to reduce design, development and commissioning time of production systems to manufacture new products in a timely manner is presented.
Abstract: Due to the current business requirements, the manufacturing industry is striving to reduce design, development and commissioning time of production systems to manufacture new products in a timely manner. The use of new technologies such as virtual engineering, automatic code generation and knowledge-based approaches is being extensively researched. This paper presents a framework that utilizes a knowledge-based approach to automate the component mapping in the code generation process. The raw data is taken from simulation models of manufacturing systems developed in 3D based virtual engineering tools. Moreover, a prototype implementation is presented and the results are discussed.
14 citations