Analysis of stress-strain state of a steel rope wound on a drum using finite element method

Abstract

https://doi.org/10.32820/2079-1747-2016-17-52-58

In the article the analysis of the stress-strain state of a steel rope wound on a drum using
finite element method.
The analysis of 26 literature of foreign and domestic researchers, whose work is devoted to
the study of ropes, the stress-strain state, finite element method, modeling and research in
SolidWorks and ANSYS software fields.
In the program SolidWorks 2015 constructed geometric model of the rope drum and, as a
prototype of which was used the rope drum and applied in experimental studies, in accordance with
their geometric dimensions and physical properties of the materials from which they are made.
In the program ANSYS 17 carried out a study of three-dimensional models ¼ rope coil in bending
on a segment of the drum shell. As well as the study of three-dimensional model with 14 coiling coils of
rope on the drum. In the study of the smallest models have been applied in the construction of elementary
figures staked grid. An convergence graph of the solution in the calculation model.
It made a graphical comparison of the results obtained from the calculation formulas and
data of experimental research data obtained by finite element method.