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H. Rampersad (1995)
Integrated and Simultaneous Design for Robotic Assembly
H. Rampersad (1995)
Concurrent design of product, process and robotic assembly systemAssembly Automation, 15
H. Rampersad (1996)
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H. Rampersad (1995)
The house of DFAProceedings. IEEE International Symposium on Assembly and Task Planning
G. Boothroyd, P. Dewhurst
Design for Assembly: A Designer’s Handbook
H. Rampersad (1995)
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H. Rampersad (1995)
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C. Syan, K. Swift (1983)
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Ohashi T
et al
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G. Boothroyd, P. Dewhurst
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H.K. Rampersad
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Toshijiro Ohashi, S. Miyakawa, M. Matsunaga (1985)
Automatic assembly line for VTR mechanismsRobotics, 1
H.K. Rampersad
Design methodology for automatic assembly
H. Rampersad (1995)
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R.D. Schraft, R. Baessler
Possibilities to realize assembly oriented product design
H. Rampersad (1995)
State of the art in robotic assemblyIndustrial Robot-an International Journal, 22
W.J. Maczka
GE has designs on assembly
During recent years numerous design for assembly methods have been developed to optimize product design for robotic assembly and hence reduce assembly costs. Various bottlenecks in product design are, however, still encountered with the widespread application of robotic assembly systems. These are mainly due to a lack of integral insight into the product design variables. Discusses these variables from an integral point of view, by means of a developed assembly model.
Integrated Manufacturing Systems – Emerald Publishing
Published: Dec 1, 1996
Keywords: Assembly; Design for manufacture; Modular production; Product design; Robotics
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