1·The main loads leading to collapse of dangerous rock are gravity, water pressure and earthquake force.
重力、水压力、地震力是危岩崩塌的主要荷载。
2·In order to protect building from destroy, the earthquake force in designing structure needs to be considered.
在建筑结构设计中，为了保证结构安全可靠，都要考虑地震荷载。
3·Therefore, a method of inversion for calculating certain parameters of the vertical earthquake force is here suggested.
所以，按反算办法，对计算竖向地震力的某些参数提出初步建议。
4·It bends. So when the earthquake hits the building, it's able to just bend and move with that earthquake force but not break.
所以当地震来临时，大厦可以顺震力弯曲，但不会折断。
5·This paper presented an accurate method of calculating the earthquake force design sensitivity and Hessian matrix of the planar frame.
提出一种平面框架结构地震力的设计敏度和海森矩阵的精确计算方法。
6·As a new system of structure, Multi-Ribbed Composite Slab structure is characterized by excellent mechanical and resisting earthquake force capacity.
密肋墙板结构作为一种新兴的结构体系，有着良好的受力和抗震性能，有广阔的应用和推广前景。
7·The study on the liquefaction characteristics of saturated sand ground improved by soil -cement pile under under modeling the earthquake force is poorer.
对于如何预防砂土液化也成了岩土工程界的一个重要研究问题。
8·Finally, earthquake force based on maximum site acceleration and response spectrum to different design criterion for different type of site was determined.
最后，根据反应的结果提出不同类型场地的各设防水准的地震影响系数。
9·The influences of infilled walls on structural seismic capacity have dual characters, (1) infilled walls increase the rigid and earthquake force on structure;
填充墙对框架结构抗震性能的影响具有两面性：一方面，填充墙的存在增加了结构的总刚度，提高了作用在结构上的地震力；
10·The reliability analysis of pump station and water gate under earthquake force is rare because of the condition of hydraulic structure and structural complexity.
由于水工结构的条件、工程的复杂性，尤其是对泵房、水闸等水工建筑物在地震载荷的作用下可靠性分析研究甚少。