In this paper, scale model test and numerical analysis are conducted to investigate the
stress distribution and crack development in the anchorage zone of a cable-stayed bridge …

Steel-concrete-steel sandwich composite cable-pylon is preliminarily applied to bridge
engineering due to its excellent mechanical properties and high degree of assembly …

The cable-pylon anchorage zone is a crucial part to ensure the safety of the cable-stayed
bridge. However, the true stress and cracks of the cable-pylon anchorage zones are hard to …

To address the challenges associated with accurate load-bearing capacity calculation and
prestress design for the cable-pylon anchorage zone of cable-stayed bridges, a case study …

This study investigates the joint between the steel wall plate and the concrete pylon wall in
the cable-pylon anchorage zone of cable-stayed bridges, utilizing perfobond rib (PBL) …

Due to its complex geometry and mechanical behavior, the prestress design of the cable–
pylon anchorage zone is difficult to achieve but critical. In this paper, the use of the strut-and …

This paper presents a novel anchorage structure for stay cables to reduce the load on the
concrete pylon. Called the staggered-supported steel anchor box (SS-SAB), this anchorage …

The design of reinforcement of concrete pylons in cable‐stayed bridges is a challenging
task. Usually, only the influence of the strong horizontal component of the cable force is …

The strength of prestressed steel strands has developed towards high strength, increasing
from 1860 MPa to over 2200 MPa. The stress in the prestressed anchorage zone is more …

Slab splitting, resulting from the dispersion of a number of intermediate loads arranged in a
line, is a common problem in such engineering structures as steel–concrete composite …