气动弹性问题一直以来都困扰着飞行器设计人员,现代飞机远没有摆脱气动弹性问题所带来的困扰,国内外研究结果表明,气动弹性优化设计能有效的改善机翼的气动弹性性能,进而提高飞机的整体性能,已成为现代飞机设计过程中必不可少的环节之一。随着先进的复合材料在飞机上得到广泛的应用,针对复合材料机翼的优化研究,得到了越来越多学者的关注。合理的优化可提高飞机发散速度甚至消除发散现象。在复合材料机翼的优化设计 Aeroelastic problems have always plagued aircraft designers, the modern aircraft far from the problems caused by the aeroelastic problems brought about by domestic and foreign research results show that the aeroelastic optimization design can effectively improve the aerodynamic performance of the wing, thereby enhancing the aircraft The overall performance has become an essential part of modern aircraft design process. With the advanced composite materials being widely used in aircraft, more and more scholars have paid attention to the optimization of the composite wing. Reasonable optimization can improve the speed of aircraft divergence or even eliminate the phenomenon of divergence. Optimized design of composite wing