DIGITAL PROTOTYPES OF MAN-MACHINE SYSTEM PERFORMANCE (IN THE CASE OF DRAWING MILLS)

Abstract

A design method of multifunctional digital prototypes of drawing mills performance as an active man-machine system is developed.  The structure of models is determined, including machine drawing time and time of manual operations, equipment coefficients and labor  operations, theoretical, feasible and normative cycles and performance  of man-machine systems. Fragments of tabular implementation of the  proposed integrated normative model of the man-machine system are  given.