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1·Air terminals buildings adopt air supply tower, floor exhaust grillage and smoke exhausting skylight controlled by infrared detector.

候机楼采用了地面送风亭射流送风方式、地面排风方式及红外线对射探测器控制的排烟天窗。

2·Based on the study the seismic design recommendations of grillage walls are presented.

在研究的基础上，提出了保温砌模现浇承重墙体系的抗震设计建议。

3·The method to optimize topology of grillage structures with stress constraints is studied.

提出一种应力约束下的格栅结构的拓扑优化方法。

4·A method to optimize the topology of grillage structure with stress constraints is presented.

提出一种应力约束下的格栅结构的拓扑优化方法。

5·The solutions derived can be used to calculate the stability of the grillage easily, reliably and flexibly.

通过计算比较可知，推导出的解能够简单、可靠且灵活地计算船舶板架的稳定性问题。

6·The method and calculating procedure of maximum deflection coefficients of grillage beams are demonstrated.

本文从基本公式推导开始，论述了井式梁跨中最大挠度系数的计算步骤和方法。

7·This paper proposes that the grillage beams on elastic foundation can be analysed by the discrete strip method.

本文提出了网格形弹性地基梁的条形离散解法。

8·Based on basic principles of grillage method, space grillage model is builded, and its effectiveness is verified.

本文基于梁格法的基本原理，建立空间梁格模型，文章最后通过算例验证了该模型的有效性和实用性。

9·Firstly we made some supplements to the programming, then we compute some examples of truss, frame and grillage beams.

应用相应的经过我们补充的计算机程序分别对桁架一刚架与板架进行了实例计算。

10·A method to optimize the topology of grillage structures under multiple load cases with stress constraints is presented.

提出一种多工况应力约束下格栅结构的拓扑优化方法。