This paper presents a series of axial compression and push-out tests on recycled aggregate
concrete-filled stainless steel tube (RAC-FSST) stub columns. A total of 36 specimens were …

The increased quantity of construction and demolition waste and the high carbon footprint of
cement production is creating significant environmental problems. This study explored the …

Glass fiber reinforced polymer (GFRP) composite bars have excellent durability compared to
traditional steel reinforcements but their strength contribution in the design of compression …

Several types of fibers have enhanced the structural response of reinforced concrete-filled
steel tubes (CFSTs). This article presents a state-of-the-art review of studies done on the …

The use of glass fiber-reinforced polymer (GFRP) bars is becoming accepted as internal
longitudinal reinforcement in concrete members subject to compressive load. In building and …

Predicting the nominal axial capacity of slender fiber-reinforced polymer (FRP) reinforced
concrete (RC) columns is dependent majorly on their flexural stiffness. However, the current …

Chloride-induced corrosion poses extreme vulnerabilities to the strength degradation and
delamination of reinforced concrete structures in the oceanic environment. For this reason …

Axial compression tests were carried out on 72 FRP (fiber reinforced polymer)–stirrup
composite-confined concrete columns. Stirrups ensure the residual bearing capacity and …

Using FRP bars instead of steel bars to reinforce concrete columns in harsh environments
has become an important method for solving corrosion problems. FRP bars have high …

Hollow steel-reinforced concrete columns have a number of advantages such as light weight
and convenient construction. In this paper, the behavior of slender square hollow steel …