Advances in Manufacturing Systems
Design, Modeling and Analysis
Published in November 1994
Book
Hardback
476 pages
978-0-444-81971-0 (ISBN)
Description
The aim of this volume is to promote research and to provide information about the status of technological accomplishments in productivity enhancement tools as applied in manufacturing industry or research laboratories, and to examine the prospects for future developments. The topics covered fall into five major areas: Manufacturing systems: design, modelling and analysis for productivity enhancement; Manufacturing scheduling and control; robotics; design; and manufacturing applications.
The aim of this volume is to promote research and to provide information about the status of technological accomplishments in productivity enhancement tools as applied in manufacturing industry or research laboratories, and to examine the prospects for future developments. The topics covered fall into five major areas: Manufacturing systems: design, modelling and analysis for productivity enhancement; Manufacturing scheduling and control; robotics; design; and manufacturing applications.
The aim of this volume is to promote research and to provide information about the status of technological accomplishments in productivity enhancement tools as applied in manufacturing industry or research laboratories, and to examine the prospects for future developments. The topics covered fall into five major areas: Manufacturing systems: design, modelling and analysis for productivity enhancement; Manufacturing scheduling and control; robotics; design; and manufacturing applications.
More details
Series
Language
English
Place of publication
Oxford
United Kingdom
Publishing group
Elsevier Science & Technology
Target group
Professional and scholarly
Dimensions
Height: 230 mm
ISBN-13
978-0-444-81971-0 (9780444819710)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Content
Part 1 Modelling and simulation: a critical evaluation of modelling and automated manufacturing system using the simulation package "witness", W. Hlupic and R.J. Paul; a cognitive approach of production system dynamics by continuous modelling, J.-P. Kieffer and D. Thiel; process simulation for computer-aided factory engineering, R.G. Wilhelm and A.J. Wilhelm; generic modelling vs. prototyping - an object-oriented approach to the decision support at the shop floor level, G. Neagu. Part 2 Petri net modelling: performance modelling and optimization for manufacturing systems using petri nets, M.C. Zhou et al; a petri net based modelling technology for manufacturing system engineering, A. Borusan; planning and scheduling based on petri nets, F. Chu et al. Part 3 Flexible manufacturing systems (FMS): an integrated approach for the workstation flexibility evaluation, J.-J. Jiang and C.-W.R. Lin; advances in modular cell architecture, R. Bovill et al; distributed real-time data management in a flexible manufacturing system (FMS), J. Angelva and P. Piltonen. Part 4 Assembly automation: automated assembly of mechanical speedometers, C. Paxon and R. Gill; automatic generation of task-level plans for robotic assembly, A. Armillotta and W. Semeraro; subassemblies or subsets? some facts on the determination of assembly sequences, C. Mascle. Part 5 Manufacturing scheduling: design of an object oriented activity scheduling system, J. Neelamkavil; a set of heuristics for N x M flow shop scheduling, M. Hoyos and H. Bera; scheduling for IC sort and test facilities with precedence constraints, T.-R. Chen and T.C. Hsia. Part 6 Production control/quality assurance: automated production process control using cusum, R. Radharamanan et al; quality assurance in a gear-production line - three dimension measurement in the center of modern production methods, E. Hammerschmidt; comparative study between X and R charts, EWMA chart and pre-control for a biscuit packaging process, R. Radharamanan et al. Part 7 Computer control in manufacturing: an efficient computer aided tool for analysing NC programs, P. Raudaskoski and J.A. Karjalainen; model-based computer control of zinc coating, D. Chen; a controller based on a regulated gain disturbance observer, Y. Kawaguchi et al. Part 8 Robotic design: safety analysis of robotic cell - work envelope and auditory alarm, S. Nanthavanij et al; intelligent robotic staple removal system, R. Hsu et al; investigations on grasping and manipulation for design of manufacturing hand-work in progress, C.R.J.P. Naidu and A.A. Goldenberg. Part 9 Robotic path planning: a motion path generation in an environment consisting of movable and fixed objects, R.J. Dong et al; configuration subspace model of tightly coordinated two robots and its application in path planning, Y.-P. Chien et al; collision detection analysis for milling, P. Chedmail et al.