Increased complexity is one of the biggest challenges in assembly industry today. Designing and implementing manual assembly systems require identifying operational and structural complexity sources inherent with these systems. Lack of this fact causes inaccuracy in the results from the system application. This study details sources of both types of complexity in manual assembly systems. Also, the paper will present the modeling techniques to address these complexities in the design approach of these systems
It is well known that high level of customer requirements and rapidly changing environment both indu...
This study aimed at comparing two methods for assessing manual assembly complexity, the CXB consider...
Increasing global competition demands that the manufacturing industry move from mass production into...
AbstractManual assembly processes are favoured for supporting low volume production systems, high pr...
© 2016 The Authors. Manual assembly processes are favoured for supporting low volume production syst...
Manual assembly processes are favoured for supporting low volume production systems, high product va...
Increasing design and assembly complexity are challenges facing the automotive industry today becaus...
Earlier studies have demonstrated strong relationships between manual assembly at high physical load...
AbstractTough competition force companies to develop and increase their product assortment in order ...
Earlier studies have demonstrated strong relationships between manual assembly at high physical load...
There are several theoretical methods for assessment of assembly complexity but there are few practi...
A major challenge for manufacturing companies today is to manage a huge amount of product variants a...
Tough competition force companies to develop and increase their product assortment in order to maint...
Modern assembly systems are adapting to the increased mass customization resulting in shorter cycle ...
AbstractThis research regards assembly systems as complex sociotechnical systems, wherein knowledge ...
It is well known that high level of customer requirements and rapidly changing environment both indu...
This study aimed at comparing two methods for assessing manual assembly complexity, the CXB consider...
Increasing global competition demands that the manufacturing industry move from mass production into...
AbstractManual assembly processes are favoured for supporting low volume production systems, high pr...
© 2016 The Authors. Manual assembly processes are favoured for supporting low volume production syst...
Manual assembly processes are favoured for supporting low volume production systems, high product va...
Increasing design and assembly complexity are challenges facing the automotive industry today becaus...
Earlier studies have demonstrated strong relationships between manual assembly at high physical load...
AbstractTough competition force companies to develop and increase their product assortment in order ...
Earlier studies have demonstrated strong relationships between manual assembly at high physical load...
There are several theoretical methods for assessment of assembly complexity but there are few practi...
A major challenge for manufacturing companies today is to manage a huge amount of product variants a...
Tough competition force companies to develop and increase their product assortment in order to maint...
Modern assembly systems are adapting to the increased mass customization resulting in shorter cycle ...
AbstractThis research regards assembly systems as complex sociotechnical systems, wherein knowledge ...
It is well known that high level of customer requirements and rapidly changing environment both indu...
This study aimed at comparing two methods for assessing manual assembly complexity, the CXB consider...
Increasing global competition demands that the manufacturing industry move from mass production into...