The insufficient lapped splice length of reinforcing bars due to the design or construction
errors reduces both the flexural strength and ductility of Reinforced Concrete (RC) beams …

Many bridges suffer from aging and deterioration problems and need to be strengthened.
PSWR-PUC is an emerging structural strengthening technology that enhances the load …

A strengthening technique incorporating prefabricated prestressed carbon fiber–reinforced
polymer (CFRP) was proposed and evaluated. The flexural performance of bare stone …

Conventional NSM methods require a significant amount of epoxy to achieve the desired
bond strength, leading to substantial material costs and carbon emissions. Anchorages offer …

This paper describes an innovative technique, a composite of prestressed steel wire ropes
(PSWRs) embedded in polyurethan-cement composite (PUC), used to strengthen a 34-year …

This paper presents an experimental study on the flexural behavior of reinforced concrete
(RC) beams strengthened with prestressed steel wire ropes-polymer mortar composite …

为改善既有石结构中石楼板的抗弯性能, 避免其发生脆性断裂, 提出了采用CFRP
板加固技术对石楼板进行抗弯加固, 并对未加固的素石板和CFRP 板加固后的石楼板进行受弯 …

This paper presents an investigation on the performance of stone beams reinforced with
prestressed near-surface mounted (NSM) longitudinal carbon fiber reinforced polymer …

Employing near-surface mounted (NSM) carbon fiber reinforced polymer (CFRP) bars in the
tensile zone of bare stone beams can effectively improve their flexural performance …

The reinforcement technique of near-surface mounted? NSM? prestressed helical rib steel
wire (PHRSW) with wide raw material sources, lower in price and high application value can …