Bending Properties of Carbon/Glass and Carbon/Aramid Fabric Composites with Various Stacking Structures by the VARTM Method

作者：Song Jun Hee^*

来源：Fibers and Polymers, 2016, 17(4): 600-607.

DOI：10.1007/s12221-016-5931-z

• Hybrid composites
• Bending strength
• Carbon
• Lamination
• Vacuum assisted resin transfer molding

In this paper, the bending properties of woven carbon/glass and carbon/aramid fabric-reinforced polymer laminates is studied using a combination of experimental analysis and fracture obseryation. Six types of each hybrid composite were manufactured by lamination of the carbon/aramid fabric and carbon/glass fabric using VARTM. Bending behaviors were fundamentally evaluated for the six types of monolithic composites laminated by the same fabric. The objective was to achieve a good bending strength by effective combination of composite structures using limited amounts of a raw material. It was shown that the bending property was different, depending on the type of fiber, lamination structure, and the number of layers.

• 出版日期2016-4