flutter test data meaning in Chinese
颤振试验数据
振动试验数据
Examples
- In this paper , according to the characters and processing requirements of flutter test data , based on the general theory of wavelet analysis , a set of laplace wavelets are introduced
本文根据颤振试验信号的基本特征和处理要求，在对小波一般理论研究的基础上，引入了一种适用于颤振试验信号处理( ftdp )的小波? ? laplace小波。 - Turbulence response . the functions of the methods are investigated by computer simulation and further examined by using flutter testing data of low - speed wind - turne of some aeroelastical modes . the related software is developed on matlab and labview for windows
结果表明，本文方法在精度、有效性和数值特性等方面优于现有的时频域滤波方法，并具有较好的应用特性，可以满足工程应用的实际需求。 - Simultaneously , a new fbp criterion is presented based on the gray - lavel and contour for the image of gabor spectrogram and the relation parameter is used to make flutter boundary prediction . the functions of the method are studied by computer simulation and further examined by using several flutter testing data ( low - speed wind - tunnel , high - speed wind tunnel and flight )
本文详细研究了颤振信号联合时频谱图的特征，应用图像边缘识别方法对颤振信号时频谱图的轮廓、灰度进行了综合分析，给出了一种全新的颤振余量定标量化法，依此量化值完成对颤振边界的外推。 - The theory analysis and method principle are presented the characteristics of the two methods are studied by computer numerical simulation . the results show that both the methods are reasonable and feasible . focused on the features and requirements of flutter test data processing , the methods presented here are used to pickup the major information as a pre - processing technique the application scheme is brought out for flutter boundary prediction based on subcritica
根据颤振试验的原理和观测信号特点，本文将所提出的两种时频域滤波算法引入到了飞机结构亚临界响应分析的颤振边界预测( fbp )研究当中，给出了一种新的颤振边界预测方案，即通过联合时频分析与时频域滤波提取有效信号再进行模态参数提取与颤振边界预测。 - Focused on the nonstationary features and analysis requirements of flutter test data , the application scheme is brought forward for flutter signal processing . by using computer simulation and flutter test of low - speed wind - tunnel of some aeroelastical modes , the characteristics of the scheme are investigated
本文基于颤振试验信号的非平稳特点与分析需求，应用自适应时频分析技术给出并实现了两种新的颤振信号处理方案，重点研究了适用于连续变速颤振试验的颤振边界预测问题。