The main purpose of this paper is to evaluate the cyclic behavior of polypropylene fiber-
reinforced concrete (FRC) beams with a hybrid reinforcement system of prestressed carbon …

This paper presents a synthesis of test methods and design specifications in regard to
concrete members prestressed with carbon fiber reinforced polymer (CFRP) composite …

This paper develops reliability-based design provisions for flexural strength of reinforced
concrete (RC) beams with hybrid arrangements of fiber-reinforced polymer (FRP) and steel …

Predicting the stress increment (Δ fps) and in turn, the total stress (fps) in internally
unbonded steel tendons at ultimate flexural strength of post-tensioned concrete members is …

The performance of semi-precast slabs with prestressed basalt fibre-reinforced polymer
(BFRP) bars under load is explored in this paper, using both experiments and computer …

Through proper arranging of a hybrid combination of longitudinal fiber reinforced polymer
(FRP) bars and steel bars in the tensile region of the beam, the advantages of both FRP and …

This paper focused on flexural behavior of damaged partially prestressed concrete beams
strengthened with external post-tensioned tendons. A total of six strengthened beams and …

This paper discusses a framework for predicting the flexural strength of prestressed and non-
prestressed FRP reinforced T-shaped concrete beams using soft computing techniques. An …

A new simplified and yet rational method is proposed to calculate ultimate tendon stress in
internally unbonded prestressed concrete (PC) members in this paper. Firstly, a beam …

To investigate the influence of external prestressing with carbon fiber-reinforced polymer
(CFRP) tendons on the flexural and shear performance of reinforced concrete beams, a total …