To enhance the load-bearing capacity and durability of concrete-filled thin-walled
galvanized corrugated steel tube (CFCST) structures, FRP-CST composite tubes were …

An investigation was conducted using pseudo-static testing to analyze the seismic behavior
of thin-walled stirrup-confined circular concrete-filled steel tube (TSCCFT) piers. In addition …

Concrete-filled steel tube (CFST) columns are widely used in structures where high bearing
capacity and ductility are crucial. They offer several advantages over conventional steel or …

This study investigates the axial compression behaviour of steel-reinforced concrete-filled
steel tube (SRCFST) columns reinforced by combined steel ring and carbon fibre-reinforced …

To investigate the axial compressive behavior of carbon fiber reinforced polymer (CFRP)-
confined spontaneous combustion gangue coarse aggregate (SCGCA) concrete-filled steel …

This paper investigates the mechanical response of axially loaded FRP-confined square
CFST columns strengthened with internal latticed angles (F-SRCFST) through experimental …

The bending mechanical properties of FRP-confined square concrete-filled steel tubes
(CFST) reinforced with internal latticed steel angles, including the failure modes …

Steel bridges often require rehabilitation and retrofitting to address cracks and deteriorations
caused by age, environmental factors, and increased loads. Carbon fibre reinforced …

Owing to the engineering application demands for the reinforcement of complex joints in
multiplanar circular hollow section (CHS) trusses, this study investigated the reinforcement …

Utilizing high strength concrete (HSC) is a viable approach to minimize the dimensions of
columns in tall buildings and expansive structures, consequently increasing the amount of …