强调了高层结构抗震概念设计的重要性，讨论了避免类共振、扭转破坏以及转换层和加强层设计中必须注意的问题。
The importance of seismic conceptual design and the prevention of quasi - resonance and torsional damages of high - rise building under strong earthquake are ernphasized.
在理论分析和试验研究的基础上，给出了带加强层框架—芯筒结构的几点设计建议。
Based on theoretical analysis and test research, the design requirements of the structures are put forward.
结合算例，分析了普通楼层梁、加强层对结构侧移的影响程度和规律；
It was analyzed that how floor beams and strengthened stories effect the sideway of the structure from some practical examples.
带刚性加强层r.c。高层建筑结构设计建议。
Suggestions on Design of R. C. Highrise Core and Outrigger Structure.
强调了高层结构抗震概念设计的重要性，讨论了避免类共振、扭转破坏以及转换层和加强层设计中必须注意的问题。
The importance of seismic conceptual design and the prevention of quasi - resonance and torsional damages of high - rise building under strong earthquake are emphasized.
对底部两层框架砌体结构房屋的抗震设计其一是要合理选择结构布置形式，其二是要加强抗震构造措施。
The key is selecting structure patterns and strengthening anti seismic techniques for double frame of bottom building structure.
在高层建筑结构中设置加强层，是有效提高结构抗侧刚度的途径之一，在实际工程中得到了广泛的应用。
It is an effective way to enhance resist-lateral rigidity of the high-rise building by setting strengthened story, which is used widely in the building programs.
与传统的科层制度相比，网络化生产更加依赖技术与知识，更加强调合作与沟通，结构也更加扁平。
Compared to the traditional hierarchical system, the network production is more dependent on technology and knowledge, more emphasis on cooperation and communication, and more flat structure.
论证了在7度区采取此项加强措施后七层大开间结构具有较高的承载力和变形能力，可满足相应的抗震设防要求。
The result shows that the 7 story building built in seismic intensity 7 area has good load bearing capacity and deformation resistant capacity…
论证了在7度区采取此项加强措施后七层大开间结构具有较高的承载力和变形能力，可满足相应的抗震设防要求。
The result shows that the 7 story building built in seismic intensity 7 area has good load bearing capacity and deformation resistant capacity…
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