Received 02.01.2010; published in revised form 01.04.2010 Manufacturing and processing AbstrAct Purpose: Improving the productivity of a large manufacturing firm through development and implementation of a group technology model in a real manufacturing environment. This incorporates classification of parts, coding of parts and par families, formation of machine cells, and minimization of machine idle times through machine cell capacity adjustment. Design/methodology/approach: An algorithm has been developed for classification of all the parts into part families on the basis of manufacturing similarities. This formed 144 par families for more than 7500 differen
This research was a part of an undertaking between Polytechnic South West and a sponsoring industria...
A comprehensive methodology for the formation of manufacturing cells in an environment consisting of...
At the present time, there are more than 12 big companies dedicated to design and produce OEM lighti...
Group technology (GT) has emerged as an important scientific philosophy in improving the productivit...
Grouping parts into families which can be produced by a cluster of machine cells is the cornerstone ...
Cellular manufacturing system (CMS) which is based on the concept of group technology (GT) has been ...
It has long been recognized that productivity in manufacturing plants can often be increased by prod...
A cellular manufacturing system (CMS) is a manufacturing structure organized based on the group tech...
The philosophy of group technology (GT) is an important concept in the design of flexible manufactur...
Cellular manufacturing is an effective alternative to batch-type production systems where different ...
In this dissertation study, the problem of forming manufacturing cells is investigated with a focus ...
The efficiency and sustainability of a cellular manufacturing system (CMS) in batch type manufacturi...
Cellular Manufacturing (CM) is a developed manufacturing philosophy that operates based on the princ...
The objectives of this dissertation are to develop methodologies to solve large instances of the fol...
In current manufacturing industry, competitiveness is high in producing components in a shorter peri...
This research was a part of an undertaking between Polytechnic South West and a sponsoring industria...
A comprehensive methodology for the formation of manufacturing cells in an environment consisting of...
At the present time, there are more than 12 big companies dedicated to design and produce OEM lighti...
Group technology (GT) has emerged as an important scientific philosophy in improving the productivit...
Grouping parts into families which can be produced by a cluster of machine cells is the cornerstone ...
Cellular manufacturing system (CMS) which is based on the concept of group technology (GT) has been ...
It has long been recognized that productivity in manufacturing plants can often be increased by prod...
A cellular manufacturing system (CMS) is a manufacturing structure organized based on the group tech...
The philosophy of group technology (GT) is an important concept in the design of flexible manufactur...
Cellular manufacturing is an effective alternative to batch-type production systems where different ...
In this dissertation study, the problem of forming manufacturing cells is investigated with a focus ...
The efficiency and sustainability of a cellular manufacturing system (CMS) in batch type manufacturi...
Cellular Manufacturing (CM) is a developed manufacturing philosophy that operates based on the princ...
The objectives of this dissertation are to develop methodologies to solve large instances of the fol...
In current manufacturing industry, competitiveness is high in producing components in a shorter peri...
This research was a part of an undertaking between Polytechnic South West and a sponsoring industria...
A comprehensive methodology for the formation of manufacturing cells in an environment consisting of...
At the present time, there are more than 12 big companies dedicated to design and produce OEM lighti...