Thermoplastic Composite Materials for the Aerospace Industry

F. Ozturk
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引用次数: 1

Abstract

Technology, which is one of the most basic needs of humanity, has continued to develop since the industrial revolution with its undeniable reality. Along with new inventions based on the efficient use of energy, automotive and aerospace industries have become the building blocks of technology. The rapidly developing metal industry has brought the serial manufacturing capability to the industry. On the other hand, high-strength light alloy steels developed in the aerospace industry could not show the desired performance in terms of energy, material life, and design flexibility. Aerospace components, also known as structural materials, should have high stiffness, enhanced toughness, and machinability capabilities [1].
航空航天工业用热塑性复合材料
技术作为人类最基本的需求之一,自工业革命以来不断发展,具有不可否认的现实性。随着基于有效利用能源的新发明,汽车和航空航天工业已成为技术的基石。快速发展的金属工业为该行业带来了系列化制造能力。另一方面,在航空航天工业中开发的高强度轻合金钢在能源、材料寿命和设计灵活性方面无法表现出理想的性能。航空航天部件,也称为结构材料,应具有高刚度,增强韧性和可加工性能力[1]。
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