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复合材料力学是近二三十年才发展起来的一门新兴学科,随着现代工业和尖端技术的迅速发展,它越来越受到人们的重视.复合材料力学的研究跟国民经济和国防建设有着极为密切的关系.一些国家已经成功地把玻璃纤维增强复合材料应用在多种型号的固体火箭部件,如美国的北极星A-3和民兵式导弹的发动机壳体、大力神导弹的高压气体储存容器,法国的钻石A和钻石B导弹的第三级发动机壳体以及一些直升机部件等;把高模量的碳纤维增强复合材料应用于导弹级间壳体,把铝-硼复合材料用于宇航结构;把玻璃钢用来制造汽车、机车的车身及其配件,制造石油管道和油缸,制造煤矿支柱,电机护环,带电操作工具,高压容器的气瓶等.可见复合材料力学的研
With the rapid development of modern industry and cutting-edge technology, it has drawn more and more attention because of the development of composite mechanics in recent twenty or thirty years.Complex material mechanics research has something to do with the national economy and national defense construction Some countries have successfully applied fiberglass reinforced composites to various types of solid rocket components such as the engine casing of Polaris A-3 and Militia missiles in the United States, high-pressure gas storage containers for Hercules’ , France’s Diamond A and Diamond B missiles, the third engine shell and some helicopter components; the high modulus of carbon fiber reinforced composite materials used in missile-level shell, the aluminum-boron composite materials used in aerospace structures; The FRP is used to make cars, locomotives and their parts, manufacturing oil pipelines and fuel tanks, manufacturing coal pillars, motor guard rings, live operating tools, cylinders for high pressure vessels, etc. Visible Composite Mechanics Research