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Study on the Radial Stress Considering Mechanical Characteristics of Substrate in Wound Rolls
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 Title & Authors
Study on the Radial Stress Considering Mechanical Characteristics of Substrate in Wound Rolls
Kim, Seongyong; Lee, Changwoo;
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Winding is one of the major processes in roll-to-roll systems. Taper tension profile in a winding determines the distribution of stress in the radial direction, i.e., the radial stress in the wound rolls. Maximum radial stress is major cause of material defect, and this study has been actively proceeded. Traditional models of radial stress model were focused on flexible and light substrate. In this study, we developed an advanced radial stress model including effects of both these parameters(weight and stiffness) on the radial stress. The accuracy of the developed model was verified through FEM(Finite Element Method) analysis. FEM result of maximum radial stress value corresponds to 99 % in comparison to result with the model. From this study, the material defects does not occur when the steel winding. And steel industry can be applied to improve the winding process.
Stiffness;Bending effect;Winding;Radial stress;Roll-to-Roll systems;
 Cited by
휴대폰 글라스 보호필름 자동 박리장치 개발에 관한 연구,최왕국;허장욱;김동욱;

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