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As a new structural material, FRP (fiber reinforced plastics) features light weight, high strength, corrosion resistance, etc., and have a bright future when used for a new type of pre-stressing tendon in engineering structures. The horizontal shear strength of FRP tendon is relatively low, which will affect the shear strength of concrete beams pre-stressed with FRP tendons. This paper carried out...
Fiber reinforcement polymers (FRPs) have high strength; they are well suited for prestressing tendons in corrosive environment. Concrete structures prestressed with FRP tendons usually exhibit brittle failure models due to the brittle nature of the FRP composites. Based on different mechanical properties of prestressed concrete structures, a combination of bonded and/or unbonded prestressing tendons...
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