The thesis begins with analysis of system structure, then introduces realization of simulating models, naming, location, security operation of dynamic data, and data consistency.
首先分析其体系结构，然后介绍系统如何实现仿真模型及动态数据的统一命名、定位、安全操作和数据一致性。
In dynamic nondestructive inspection for pile quality, it is a key problem to determine exact location and degree of various defects according to wave analysis.
在桩身的动态无损质量检测中，关键问题是根据波形分析判断桩中各种缺陷的准确位置和程度。
Through the theory and reference material analysis, it showed that the change of the dynamic characteristic parameters can reflected the damage location and degree.
通过理论及资料分析，得出工程结构在损伤前后动力特性参数即模态参数的改变包括了损伤位置和损伤程度两方面的信息。
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