复合材料气动弹性剪裁技术涉及复合材料力学、气动弹性力学和优化方法。
Aeroelastic tailoring technique involves mechanics of composite materials, aeroelastic dynamics and optimization methods.
所以,预报颤振发生几率,避免叶片颤振的研究工作在叶轮机械气动弹性力学学科中占有越来越突出的地位。
Therefore, in the research of turbomachinery aeroelastics, it is more and more important to predict blade flutter and to avoid blade flutter.
所以,预报颤振发生几率,避免叶片颤振的研究工作在叶轮机械气动弹性力学学科中占有越来越突出的地位。
Therefore, in the research of turbomachinery aeroelastics, it is more and more important to predict blade flutter and to avoid blade flutter.
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