摘要
针对一ANSYS/APDL语言编程构造的智能层合梁,利用人工神经网络非凡的非线性处理能力,建立智能层合梁不同边界条件、几何及载荷参数与智能层合梁上感应电压之间的关系,对智能层合梁的设计和振动在线控制提供及时有效的参考。
One intelligent multilayered smart beam programmed by ANSYS/APDL language is analysed. Making use of outstanding nonlinearity treatment ability of artificial neural networks, the relations between the border condition, geometry and loading parameter and the induced voltage for intelligent multilayered smart beam is deduced. And the results is very useful to the design and online timely effective control of the intelligent muhilayered smart beams.
出处
《安徽建筑工业学院学报（自然科学版）》
2008年第5期65-67,114,共4页
Journal of Anhui Institute of Architecture(Natural Science)
基金
安徽省自然科学基金资助项目(050440504)
关键词
智能层合梁
感应电压
人工神经网络
在线辨识
intelligent muhilayered smart beams
induced voltage
neural network
online identification
