| 1. | Aseismatic design of the factory building of single storey of bricks
单层砖柱厂房的抗震设计 |
| 2. | Evaluating aseismatic design of old buildings by using ann analysis
基于神经网络理论的房屋两级抗震鉴定法 |
| 3. | Aseismatic design of brick masonry building with frame - shear wall at lower two stories
八度区底部两层框墙砖房的抗震设计 |
| 4. | In this paper , with reference to the relevant aseismatic design theories for bridges , the design of the bridges at the seismic zone of the railway is simply analyzed and studied
主要结合桥梁抗震设计理论，对青藏铁路9度地震区桥梁设计进行初步的分析探讨。 |
| 5. | In addition , the results from vibration shapes - separation - spectra method and time - history method were compared , and the compared result is valuable for aseismatic design
论文最后对所有研究工作进行了总结，得出了有参考价值的结论，并指出进一步研究中亟待解决的问题。 |
| 6. | Finally , the author has made some suggestions and data about geometric non - linear effect and spatial self - bracing function on aseismatic design of multi - storey and highrise concrete frame structure
最后，对抗震设计中考虑几何非线性效应及空间相互作用对多高层框架结构的影响提供一些参考建议和资料。 |
| 7. | The damage performance - based aseismatic design method can calculate distortion and dissipating hysteretic energy under seismic action , and form intuitionistic aim matrix of damage performance by damage index
基于地震损伤性能的设计方法考虑了地震作用下结构的变形和累积耗能，并将性能量化为损伤指数，形成直观的损伤性能目标矩阵。 |
| 8. | Article 19 all construction projects shall be designed in compliance with the requirements for fortification against earthquakes and in conformity with the standard aseismatic design and shall be constructed in accordance with the design
第十九条建设工程必须按照抗震设防要求和抗震设计规范进行抗震设计，并按照抗震设计进行施工。 |
| 9. | So the topic for farther discussion will be developed on the ground of soil - foundation - structure interactions , and em phasizes particularly on the investigation for dynamic effects on interaction of pile - supported structures subjected to lateral seismic load at layered - soil media . it will provide engineering application with practical and concise computational method , but also provides the aseismatic design for pile - supported structures with proper theory foundations and schemes to some extent on condition that definite codes are absent at present . the full article is divided into six chapters , as follows : 1
本论文工作将围绕地基-基础-上部结构共同作用这一课题作进一步探讨，侧重于水平地震作用下层状地基土中的桩基-建筑物的动力相互作用的研究，为实践应用提供了适合于工程目的的、比较简捷的实用计算方法，亦拟为没有明确规范指导的桩(土)基础-结构抗震设计提供一定的理论依据和设计建议。 |
| 10. | The evaluation of sand liquefaction is the most important content of engineering reconnaissance and the aseismatic design . so evaluating the sand liquefaction objectively and exactly is the precondition of taking preventive measures on areas where liquefaction easily occurs . it also relates closely to the safety and economic benefits of the projects
地震砂土液化评判是工程勘察和抗震设计的一项首要内容，故客观、准确地评价砂土液化，是对有可能发生液化的区域或地段进行有针对性的预防处理的前提，是关系到工程建筑的安全使用和工程建设的经济效益的重要问题。 |
