Design and simulation of components-based manufacturing machine systems.
This paper presents the modular machine design environment (MMDE), a software environment that enables the ‘virtual design/engineering' of component-based manufacturing machine systems. It consists of a suite of highly integrated tools supporting the visualisation, design, programming, verification and evaluation of machine systems built from mechanical, electronic and software components/modules in a virtual environment. Using three-dimensional (3-D) graphical simulation with a number of add-on tools, MMDE supports visualisation, design, simulation and verification of both the physical model and control logic for design and/or re-configuring machine systems to satisfy new or changed application/customer requirements before any real implementation is made. System design, implementation techniques, and evaluation of MMDE in a real industrial test case are covered in detail.
Selected from over 200 papers presented at 7th Mechatronics Forum International Conference, USA, for a ‘Special Issue’. One output of the €4.1M EU Framework VIR-ENG research project (Contract Number: EP25444) authored and led by DMU. Collaborators included Volvo (Car & Truck), Volvo Automation/Euromaint, Honeywell Controls and Delfoi. The proposition & tools devised by DMU were adopted by Volvo Automation (email@example.com Research/ICT manager) and resulted in new commercial tools emerging from Delmia/Delfoi for programming PLC systems.
Citation : Adolfsson, J. et al (2002) Design and Simulation of Components-based Manufacturing Machine Systems. Journal of Mechatronics: the science of intelligent machines, 12(9-10), pp. 1239-1258.
ISSN : 0957-4158
Research Group : Mechatronics Research