Designing the layouts and simulating the assembly of cables are based on flexible cable
modeling technology. In this paper, we review the methods used to model deformable cable …

This paper presents an approach for enhancing the path-following capability of concrete
printing by integrating steel cables into the center of printed mortar strips during the print …

Aim of the present work is to build a link between a structural theory for large-scale analyses
of three-dimensional cable structures undergoing, in general, large displacements and …

As the cross-section of the helical strand increases, the effect of its nonlinear bending
characteristics becomes significant. To accurately simulate the response of helical strands …

Fretting wear among steel wires under coupled tension-torsion force would aggravate the
fatigue damage of wire rope, decrease the rope's service life, and ultimately threaten the …

In the field of cables and wire ropes modeling, many different approaches have been
developed over the years to simulate the mechanical response of such structural …

The large-span cable structure has the problems of complex component connection,
cumbersome demolition process and difficult process coordination, which lead to high …

This paper proposed a dimensionless continuum model of suspension bridges to
comprehensively study the bending stiffness effect of the 3D cable system on the structural …

In this study, a series of experiments including stress relaxation, nanoindentation, tension
loading experiments, and transmission electron microscope (TEM) examination were …

Cable stress relaxation causes tension loss at high stress in high-strength structural cables,
thereby influencing the stiffness and strength of cable-supported or tension structures …