$15.00
As a validation of the new specific finite element model for cables described in Part I, numerical tests and comparisons between numerical, theoretical and experimental results are presented in this paper. The model proves to be accurate and economical in terms of degrees of freedom required, compared to standard models using 3D elements. Moreover, the model makes it possible to quantify the influence of the interwire contact conditions.
As a validation of the new specific finite element model for cables described in Part I, numerical tests and comparisons between numerical, theoretical and experimental results are presented in this paper. The model proves to be accurate and economical in terms of degrees of freedom required, compared to standard models using 3D elements. Moreover, the model makes it possible to quantify the influence of the interwire contact conditions.
| Author(s) | Michel Labrosse, Anne Nawrocki and Ted Conway, The University of Akron, USA |
|---|---|
| Publication/Event/Pages | Paper presented at WAI 69th Annual Convention, Atlanta, GA USA. Paper published in Wire Journal International, Nov. 2000, pg. 108. |
| Year | 1999 |
The Wire Association International, Inc.
71 Bradley Road, Suite 9
Madison, CT 06443-2662
The Wire Association International (WAI), Inc., founded in 1930, is a worldwide technical society for wire and cable industry professionals. Based in Madison, Connecticut, USA, WAI collects and shares technical, manufacturing, and general business information to the ferrous, nonferrous, electrical, fiber optic, and fastener segments of the wire and cable industry.
Copyright © 2025 The Wire Association International, Inc. All Rights Reserved
