Cost-effective and efficient resin-injection device for repairing damaged composites

Reinforced Plastics - Tập 63 - Trang 156-160 - 2019
Muhammad Ali Al-Siddiq Bin Rahman1, Wei Liang Lai1, Hamid Saeedipour2, Kheng Lim Goh1
1Advanced Composites Research Group, Newcastle Research & Innovation Institute, Singapore
2School of Engineering, Republic Polytechnic, Singapore

Tóm tắt

Traditionally, the main structural components of land transport vehicles, e.g. passenger vehicles and trucks, have been made of metals such as steel and aluminium. As the number of vehicles increases on the road, global effort to reduce pollutant emission has put pressure on the vehicle manufacturers to design and manufacture fuel-efficient vehicles using strong and light-weight structures made of materials such as fibre-reinforced polymer composite (FRP) laminates [1] . For instance, with regard to the new Volvo performance car, Polestar 1, a majority of the parts in the upper body, including doors, bonnet and boot lid, are made of carbon FRP (CFRP) laminates [2] . Interestingly, this design not only provides for maximum stiffness and lightness, but reduces the weight of the upper body, lowers the vehicle’s centre of gravity that results in enhanced handling, performance and drivability [2] .

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