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本世记六十年代前,在增强塑料领域中,人们不太强调复合材料结构的极限强度和最大的耐久性。根据北极星导弹发射的设计程序,对玻璃纤维—环氧树脂单丝缠绕结构方面,要求有很高的强度和耐久性,如最高的强度重量比,因此就导致了HTS的发展。研究HTS的目的是为了生产一种能使环氧树脂复合材料产生最大的剪切、抗拉强度和耐久性的玻璃纤维增强材料。为了研究
Before the 1960s, in the field of reinforced plastics, the ultimate strength and the maximum durability of the composite structure were not emphasized. According to the design procedure of the Polaris missile launch, high strength and durability, such as the highest strength-to-weight ratio, are required for the glass fiber-epoxy monofilament winding structure, thus leading to the development of HTS. The purpose of the HTS study was to produce a glass fiber reinforcement that maximizes the shear, tensile strength, and durability of epoxy composites. for research