Corrosion of posttensioned bridges raises great concern, since the only way to safely assess
the condition of the tendons is through destructive evaluation. In this scenario, this paper …

This paper systematically reviewed 84 journal articles published from 2010 to 2020 and
structured the reviewed literature using the following categories: year-wise number of …

This paper presents an experimental study and theoretical analysis on corroded
prestressing tendons and corroded prestressed concrete beams. 68 steel strands and steel …

Millions of in-service concrete bridges around the world are exceeding their design life.
Corrosion may lead to a sudden fracture of prestressing steels, and understanding the …

Carbon fiber reinforced polymer (CFRP) exhibits multiple advantages over conventional
steel, such as high strength and corrosion resistance. By replacing prestressing steel with …

Nowadays, a relatively small number of studies concern the study of corrosion processes in
reinforced concrete structures under load. Additionally, rather little research has been …

Corrosion phenomena is one of the main deterioration causes, which remarkably affects the
behavior of structural reinforced concrete (RC) members in seismic regions. Researches on …

In prestressed concrete (PC) bridges, high-strength prestressing steel plays a key role in the
flexural response of girders. In both pre-stressed and post-tensioned PC bridge girders …

In recent years, enormous efforts have been devoted to accurately quantifying the residual
load-bearing capacity of concrete at the material level when exposed to elevated …

In the past century, precast reinforced concrete has become the most widely used
construction material in infrastructure engineering, especially for long-span structures …