Intelligent hybrid reinforced plastics (IHFRP) with fiber Bragg grating (FBG) sensors embedded in the HFRP were produced in-situ. The FBG/HFRP interface bonding is discussed. Experimental results show that the interfacial bonding of FBG/HFRP is good, which ensures that it can transfer the external load to the FBG sensor well. The novel IHFRP has a higher strain-testing precision compared to the...

Abstract The replacement of synthetic fibers with natural in concrete has been recently investigated to counter the growing environmental and sustainable issues. Hemp are environmentally friendly used manufacturing composite materials. This paper reports on experimental assessment using hemp fiber reinforced polymer (HFRP) fabric sheets as an alternative carbon (CFRP) strengthen interior slab-c...

This paper present the experimental result of flexural behavior Hybrid Fiber Reinforced Polymer (HFRP) concrete beams reinforced with Glass (GFRP) rebars and steel bars. experiment is conducted aim replacing reinforcement GFRP to reduce risk corrosion in structures. The data presented this study obtained by conducting test on four HFRP various PVA fibre dosage 0%, 0.25% 0.5% one Pure FRP beam. ...

1 Harvard Family Research Project’s (HFRP) Issues and Opportunities in Out-of-School Time Evaluation briefs highlight current research and evaluation work in the out-ofschool time field. These documents draw on HFRP’s research work in out-of-school time to provide practitioners, funders, evaluators, and policymakers with information to help them in their work. This brief looks at 10 years of re...

Abstract Long timber columns are widely used in traditional structures worldwide; however, many of them possess bearing capacity issues and have to be strengthened. The current study aims develop the novel Hybrid fiber reinforced polymers (HFRP) sheets suitable for long columns. In first stage, six HFRP were designed, evaluation these was carried out by tensile tests Scanning electron microscop...

The strengthening of steel beams using hybrid fiber-reinforced polymers (HFRPs) has gained enormous attention over the last decades. Few researchers have investigated effectiveness fastening techniques without a bonding agent to overcome undesirable debonding failure bonded FRP–steel system. This paper reports outcomes experimental and numerical investigations conducted on strengthened by HFRP ...