Abstract <p>The principles of constructing a vector transformation model for the production of folded structures with an asymmetric typical fragment, an elementary module, are investigated. In order to create a theoretical basis for designing the kinematic scheme of the forming unit of technological equipment, a vector model of transformation of an asymmetric Z-core was developed. An example of calculating the kinematics of motion of a folded structure is presented, and the patterns of the trajectories of nodal points are analyzed.</p>

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Simulation of the Folding Process for Production of a Core with an Asymmetric Folded Configuration

  • V. I. Khaliulin,
  • P. A. Petrov,
  • R. Sh. Gimadiev,
  • N. V. Levshonkov

摘要

Abstract

The principles of constructing a vector transformation model for the production of folded structures with an asymmetric typical fragment, an elementary module, are investigated. In order to create a theoretical basis for designing the kinematic scheme of the forming unit of technological equipment, a vector model of transformation of an asymmetric Z-core was developed. An example of calculating the kinematics of motion of a folded structure is presented, and the patterns of the trajectories of nodal points are analyzed.