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Simulation shows roller relief effects on microgeometry in a deformed strip, indicating friction plays a key role.
The reproduction model of a roller relief formed by different shape indenters on the surface of a deformed strip has been simulated. Developed reproduction models taking into account a treatment type and tempering conditions allow one to estimate the filling degree of a unit microhollow relief of a different shape. The dependences of microgeometry reproduction of a tempering mill roller on tension, the friction coefficient when tempering different thickness strips, and other factor are presented. They can be used for simulation of the reproduction process of a roller microrelied on a rolled strip. The grit fraction inconsiderably influences on the impression coefficient. The result analysis demonstrated that strip thickness and tension had the most considerable effect on the reproduction coefficient.
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E.Yu. Zvyagina (2020) studied this question.
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