Abstract: In this work, a four high cold rolling mill is modeled as a springmassdamper system considering horizontally and vertically applied timedependent forces due to the interaction between the strip and the working rolls. The ...

Abstract: In many cases, the design of a tracking controller can be significantly simplified by the use of a 2degrees of freedom (DOF) control structure, including a feedforward control (i.e., the inversion of the nominal system ...

Abstract: The symbolic modeling of flexible multibody systems is a challenging task. This is especially the case for complexshaped elastic bodies, which are described by a numerical model, e.g., an FEM model. The kinematic and dynamic ...

Abstract: This work presents a flexible multibody system model for the inside turning of thinwalled cylinders. The model accounts for the varying input and output behavior of the workpiece due to workpiece rotation and tool feed, ...

Abstract: In this work, the finite-element method (FEM) is used to develop the governing equation of motion of the working roll of a four-high rolling mill and to study its vibration due to different process parameters. The working ...

Abstract: Fuzzy uncertainty analyses disclose a deeper insight and provide a better understanding of complex systems with highly interdependent parameters. In contrast to probability theory, fuzzy arithmetic is concerned with epistemic ...