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以呼和浩特市区钢筋混凝土建筑物为研究对象,实施常时微动观测,分析了建筑物的振动特性,以及通过把呼和浩特市与其他地区的观测数据进行比较研究,初步探索了钢筋混凝土建筑物振动特性的地域差异,并得出如下结论:1建筑物的第一次共振周期与楼层数或高度存在正相关关系,而楼层相同时则与建筑年代呈反相关关系,且大多数建筑物具有短轴方向的共振周期与长轴方向相同或较之偏大等特征。2大多数建筑物与地基间有着一定的相互作用。3同样建筑比较而言,福冈市的建筑物共振周期最小,乌兰巴托市最大,呼和浩特市和台中市的建筑物共振周期因长、短轴方向差异而大小不同。
Hohhot urban reinforced concrete buildings as the research object, the implementation of micro-observation often, analysis of the vibration characteristics of buildings, and by comparing Hohhot and other areas of the observed data to explore the initial vibration of reinforced concrete buildings And draw the following conclusions: 1 The first resonance period of a building has a positive correlation with the number of floors or height, while the same floor is inversely related to the building age, and most buildings have short The resonance period in the axis direction is the same or larger than the major axis direction. Most buildings have some interaction with the ground. 3 In the same building comparison, the buildings in Fukuoka City have the smallest resonance period and the largest in Ulan Bator City. The resonance periods of buildings in Hohhot and Taichung City differ in size due to differences in length and short axis.