Structural cables are widely used on large-scale structures such as bridges and stadia
around the world. This paper presents a review of current research and development …

Abstract h-Type anti-slide piles (hTPs) have been receiving increasing attention in slope
reinforcement engineering. However, most of the existing calculation methods for hTP …

High-strength prestressing steel cables serve as main load-bearing components for cable-
supported structures, and exposure to high temperatures may result in their prestress loss …

The creep crack growth (CCG) behavior and loading mode coupled with the initial small
cracks distributed within the weldments play critical roles in the failure mode of thick-walled …

With the increasing spacing of large-span structures, the application of ultra-high-strength
steel wire with a strength approaching or exceeding 2000 MPa is rapidly expanding …

The safety and quality of cable structure construction necessitate a comprehensive analysis
approach. However, conventional methods suffer from difficulties in the temporal and spatial …

Steel cables, renowned for their lightweight and high-strength properties, stand as
ubiquitous building materials in large-span structures. Serving as crucial load-bearing …

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

This study developed an evaluation system to explore the effect of the environmental
temperature on the stress redistribution produced by cable stress relaxation of structural …

Pile–anchor structures are widely used in foundation excavation and slope reinforcement
due to their safety and reliability. However, the pile–anchor structures have the common …