| 1. | Time - domain analysis of irregular wave slamming on subface of open - piled structures
不规则波对透空式建筑物上部结构冲击作用时域分析 |
| 2. | Application of hybrid self - excited force model to time - domain analysis of wind - caused buffeting of long - span bridges
混合自激力模型在桥梁风致抖振时域分析中的应用 |
| 3. | In the first part of this thesis , we applied time - domain analysis of " signals and systems " to motion perception experiments
本论文的第一部分是将“信号与系统”的时域分析应用于运静止光栅刺激下的双向okn眼动。 |
| 4. | This paper introduces the application of matlab software to time - domain analysis when studying automatic control principle , and illustrates several examples
摘要文章介绍matlab软件在自动控制原理学习中的应用，并给出实例。 |
| 5. | The aim of this work is to develop the time - domain analysis method is to develop a linear and nonlinear analysis for vibration response in time - domain
本文的研究目的是通过对地震动几何非线性响应理论的探讨，改进大跨度桥梁地震响应的时域分析方法，并将此方法应用于湖南洞庭湖大桥地震响应分析。 |
| 6. | The classical frequency - domain theory forms a basis of bridge vibration analysis , however such method has some limitations . some literatures show that the time - domain analysis method has advantages for vibration analysis . because of the research on time - domain vibration analysis developed only in recent years and the theory is n ' t perfect enough , it needs to be made further investigation
经典的简化静力法存在一定的局限性；反应谱法为中、小跨桥梁的抗震设计提供了广泛的应用，但对解决大跨度桥梁的线性与非线性问题存在明显不足；时程分析法由于该领域的研究起步较晚，目前的理论和方法还不甚成熟，有待于进一步深入研究。 |
| 7. | The characteristic of power quality signal ' s deal by wavelet multi - resolution decomposition and time - domain analysis is studied then brings forward combine the tow methods and uses it to filter bed yawp , decomposition and feature extraction . 8 kinds of power quality are classified and characterization of sag is specially classified
然后研究了小波多分辨率分解和时域分析电能质量信号处理的特点，提出了应用两种方法相结合的方法，对电能质量信号进行去噪、分解，通过大量的计算机仿真工作，对扰动信号进行了特征提取。 |
| 8. | The error reasons of low resistance measurement are studied , the theory of removing line resistance error proves to be right with time - domain analysis method and frequency - domain analysis method , and the results proved to be true by the experiment datum with the statistics method
研究了低电阻检测时产生系统误差的原因，分别用时域和复频域两种方法分析了在低电阻检测时消除附加电阻误差的原理；并通过两组实验数据用数理统计的方法验证了附加电阻误差影响已经被消除的结论。 |
