建筑结构的

• In practice , the number of tower is not more than two , three or more towers are so less designed that less practical experiences are available
  就目前的工程实践而言，高层建筑结构大多不超过双塔， 3个及以上塔楼高层建筑结构的工程实践较少，可借鉴的实践经验较为缺乏。
• Identification of a structure system is inevitable requires of structure control and diagnose . it is also an important subject of disaster fortification and mitigation engineering
  建筑结构的系统辨识是结构控制和健康诊断发展的必然要求，是工程防灾减灾的一个重要课题。
• The effect of the dynamic compaction directly influences the stability of the superstructure , it is important for the foundation design to test the effect of dynamic compaction
  强夯效果的好坏直接影响上部建筑结构的稳定性。因此，该建筑地基的强夯加固效果的检测就显得非常重要。
• Because of the dispersion of concrete ' s nature and complex of structure , we must overcome many difficulties when we applied dynamic testing technology to civil engineering field
  由于混凝土本身性质的分散性和建筑结构的复杂性，要将振动检测技术应用于建筑领域尚需克服重重困难。
• It is important for this metal building systems that structure lighter . this paper discusses the characteristics of the metal building constructure and introduces its design method and dynamic characteristic
  本文系统地论述了金属建筑结构的特点，详细的介绍了结构的设计方法，分析了结构的动力特性。
• 3 . according to demand of large - scale bridge and civil structure health monitor , a new type of fiber bragg grating accelerometer which has low nature frequency and high sensitivity has been come forth
  3 、本文以大型桥梁和建筑结构的健康监测为背景，设计了一种新型的低频高灵敏度光纤光栅加速度传感器。
• So it is difficult to design this kind of structure . though elastic finite element is adopted to analyze its seismic mechanism , methods are not sufficient for structural design
  目前，学术界和工程界对带高位大跨钢桁架转换层建筑结构的研究尚嫌不足，只是局限于弹性有限元理论计算分析，提出的设计方法有待进一步论证和完善。
• This thesis discusses the present state of structure damage identification research and its tendency . a remote intelligent diagnostic system and the computing methods are developed by java
  论文以智能建筑结构的损伤识别为研究对象，论述了结构损伤识别研究的现状及发展趋势，并研究了结构损伤远程智能识别的计算方法及系统结构。
• The design approach , which is based on the working mechanism that the soil works together with the piles and bears parts of the upper structure loads , has great social and practical significance
  利用土承担上部建筑结构的一部分荷载,形成桩土共同作用的实际工作机理,这种桩基设计方法在工程中的使用,具有重大的社会效益和实际意义。
• Structure vibration control is a new kind of anti - earthquake technique . structural damping by energy dampers is one of effective passive control methods and can effectively reduce structure ' s wind vibration and earthquake response
  结构振动控制是一种新型的抗震技术，利用耗能器进行结构减震就是一种有效的被动控制方法，能有效的减小建筑结构的风振和地震反应。