Twisting plays an important role in fabricating twisted actuators and energy harvesters,
which require excellent microstructural deformation and interaction properties between …

To evaluate the bundled conductors' spatial configurations and terminal forces used in
electrical substations, this paper presents a parametric model based on the modification of a …

The nonlinearity of bending stiffness caused by inter-wire slippage has become the major
challenge in the prediction of strand bending behavior. This paper proposed an analytical …

Bending behaviors can be critical in simulating cables, such as the local effects close to
cable end regions or dynamic properties of short cables. Wires form up the cable and tend to …

Spiral strands exhibit dissipative bending behavior when subjected to external axial force.
To the best of the authors' knowledge, only the uniaxial bending behavior of spiral strands …

This paper addresses the effect of wire slipping on the mechanical properties of structural
cables. Based on parameter calibration with experimental data, the paper proposes a Finite …

Superconducting cables with multi-stage structures are used in the ITER magnets. Here we
propose a theoretical model focusing on the bending behavior of superconducting cable. On …

In the automotive industry, arranging wire harnesses in assembly plants requires manual
work. The stiffness of the high-voltage cable implies that personnel applies sufficient force …

The present contribution deals with a based FE model treating helically wrapped automotive
conductor subjected to pretension force and bending curvature. It is shown that even with …

This paper describes an efficient and accurate method for analyzing large deformations of a
cantilever beam subjected to a tip-concentrated follower force on its free end. The …