1·This new design concept is also applicable to the aseismic design of buildings, factories and tall structures.
这种新的设计概念及方法同样适合于房屋、厂房及高耸结构抗震设计。
2·At last, it is suggested that more than two kinds of the aseismic calculation methods are applied to the complicated buildings.
最后，提出了运用两种以上的抗震计算方法对较为复杂的建筑物进行计算。
3·From the principle of the earthquake analysis, the new property of aseismic calculation method is discussed.
从地震分析的原则出发，分析现行抗震计算方法的特点。
4·After comparison of the result, the aseismic calculation method suitable for the buildings is choose.
比较结果后，得出了适合该建筑的抗震计算方法。
5·According to the property of the earthquake, the methods of aseismic calculation are speciafied and compared in this paper.
根据地震的特点，对抗震计算方法作了分类和比较。
1·The fault slip coefficient increased, and aseismic creep appeared on the fault.
断层滑动系数增高，断层出现无震蠕动。
2·It is held that this is responsible to the inhomogeneity of the space distribution of aseismic anomalies and the jump of the time distribution.
并认为无震异常空间分布的不均匀性、时间分布上的突发性特征与此有关。
3·A synthetic study of analogy has been made by using the structural factors between these structure backgrounds and 25 aseismic sub-areas selected randomly from the studied region.
并与研究区内随机挑选的25个无震子区的构造因子进行了综合类比分析。