CAJ | 학술논문

GFRP（玻璃纤维增强塑料）具有高强、质轻、抗疲劳、耐腐蚀等优良特性，逐步用作各种结构材料。针对GFRP材料的力学特性研究已较为完善。考虑到型材和材料的特性不尽相同，对于其型材的力学性能研究还在探索中。试验表明破坏形态和强度值与试件构造存在密切联系，综合分析给出了该型材的合理的抗压强度参考值，供今后使用设计参考。
GFRP（파리섬유증강소료）구유고강、질경、항피로、내부식등우량특성，축보용작각충결구재료。침대GFRP재료적역학특성연구이교위완선。고필도형재화재료적특성불진상동，대우기형재적역학성능연구환재탐색중。시험표명파배형태화강도치여시건구조존재밀절련계，종합분석급출료해형재적합리적항압강도삼고치，공금후사용설계삼고。
Having the excellent characteristics of being high in strength, light in weight, and good in fatigue-resistance and cor- rosion-resistance,GFRP （Glass Fiber Reinforced Polymer）is gradually used as structural materials for many different kinds of structures. The study of the mechanical properties of GFRP is already quite perfect. With differences among the properties of different figured members and materials taken into account, the mechanical properties of the figured members of GFRP still need exploring. Our experiments show that the failure modes and values of strength of the specimen made are closely related to the structural forms of them. The comprehensive analysis of them provides us with a reasonable reference value of the compres- sive strength of the figured member. It may serve as a useful reference for the design and use of them in the future. Key words：