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Optimum design of roll forming process of slide rail using design of experiments Naksoo Kim
The Journal of Mechanical Science and Technology, vol. 22, no. 8, pp.1537-1543, 2008
Abstract : In the design of the roll forming process, design errors can be determined in advance by using an FE simulation tool
such as SHAPE-RF. In the case of a product such as a slide rail having a complicated shape and requiring highprecision
forming, a standard is necessary for quantitatively evaluating the quality of the formed shape. In the analysis
of the roll forming process of a slide rail, the pass having the largest deformation is designated as the target pass and the
positions and shapes of the rolls are set as design variables. A minimum number of simulations was performed by using
the table of orthogonal arrays. A cost function was obtained from the results by using the design of experiments
such as the response surface method and it was minimized for satisfying the design constraints. By improving the design
of the target pass, the shape of the final product approaches that intended by the designer.
Keyword :
Design of experiments; Finite element method; Roll forming process; Shape difference factor
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