posted on 2013-11-27, 10:23authored byN. Gindy, T.M. Ratchev, Keith Case
Due to the increased complexity of modern manufacturing facilities
and the increased demands for product variability and system flexibility there is
a need for coherent formal representation of the basic knowledge domains
supporting manufacturing applications such as equipment selection. The paper
presents integrated framework for equipment selection based upon
describing process capability at generic, machine tool and manufacturing
system levels. The decision making process is designed as a sequence of steps
for transforming component design information into processing requirements
which are mapped into specific physical machines organised as
a processing system.
History
School
Mechanical, Electrical and Manufacturing Engineering
Citation
GINDY, N.N.Z., RATCHEV, T.M. and CASE, K., 1994. Process capability models for equipment selection. In Case, K. and Newman, S.T. (eds.) 'Advances in Manufacturing Technology VIII',
the Proceedings of the Tenth National Conference on Manufacturing Research,
NCMR 1994, Loughborough University of Technology, Loughborough, UK, 5-7 September 1994. Taylor & Francis, pp. 244 - 248