STUDY ON TENSILE AND LOW VELOCITY IMPACT PERFORMANCE OF GLASSAND CARBON FIBERS HYBRID COMPOSITES

Abstract

Abstract: In this paper, 0°/90° glass fiber non-crimp fabrics and 0°/90° carbon fiber non-crimp fabrics composite laminates with different hybrid ratios were formed by Vacuum Assisted Resin Infusion (VARI) process, and the effects of different hybrid ratios and hybrid ways on hybrid composite tensile and low velocity impact performance have been studied. The results are as follows: the tensile and low velocity impact properties of glass fiber composites are greatly improved when small amount of carbon fibers are added; glass fiber covered surface and inter-layer hybrid structure have the best tensile properties in the same kind of hybrid ratios; for the low-velocity impact properties of hybrid fiber composites, the impact energy, the expansion energy, the toughness index are decreased and the compressive residual strength properties of damaged composites are improved with the increase of carbon fiber content. Meanwhile, glass fiber covered surface and sandwich hybrid structure show the best performance of the low-velocity impact when the contents of carbon fibers and glass fibers are close. Otherwise, glass fiber covered surface and inter-layer hybrid structure have the better impact performance.

Key words: hybrid composite, hybrid ways, tensile properties, low-velocity impact properties, CAI

CLC Number:

TB332

WANG Hai-lei, DUAN Yue-xin, WANG Wei-wei, JIANG Jin-long. STUDY ON TENSILE AND LOW VELOCITY IMPACT PERFORMANCE OF GLASS
AND CARBON FIBERS HYBRID COMPOSITES[J]. COMPOSITES SCIENCE AND ENGINEERING, 2021, 0(2): 102-109.

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STUDY ON TENSILE AND LOW VELOCITY IMPACT PERFORMANCE OF GLASS
AND CARBON FIBERS HYBRID COMPOSITES

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