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Adaptive structural vibration control of acoustic deflector

机译:声偏转器的自适应结构振动控制

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摘要

Vehicle interior acoustics became an important design criterion. Both legal restrictions and the growing demand for comfort, force car manufacturers to optimize the vibro-acoustic behavior of their products. The main source of noise is, of course, the engine, but sometimes some ill-designed cover or other shell structure inside the car resonates and makes unpredicted noise. To avoid this, we must learn the genesis mechanism of such vibrations, having as subject complex 3D shells. The swift development of computer technologies opens the possibility to numerically predict and optimize the vibrations and noises.
机译:车辆内部声学成为重要的设计准则。法律限制和对舒适性的日益增长的需求都迫使汽车制造商优化其产品的振动声行为。噪声的主要来源当然是引擎,但有时汽车内部某些设计不当的盖子或其他外壳结构会产生共振,并产生无法预测的噪声。为避免这种情况,我们必须学习以复杂的3D外壳为主体的这种振动的发生机理。计算机技术的飞速发展为数值预测和优化振动和噪声提供了可能性。

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