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连体结构属于一种体型复杂的结构,能营造宏伟的气势,给人以视觉的冲击。同时因为连廊的存在,可以让人们在发生火灾的时候,通往安全地带,用以减小火灾带给人们的伤害。连体结构也可以让人们实现空间共享,方便地行走于两个建筑之间,节省了时间。本文主要介绍连体结构的分类及其特点,并以此为基础,研究连体结构中主体与连接体连接方式的改进措施,来提高整体结构的抗震性。通过对比刚性连接、铰接、滑动连接以及柔性连接,最终发现柔性连接方式可以有效提高整体结构的抗震性能。
Siamese structure is a complex body structure, can create a magnificent momentum, giving a visual impact. At the same time because of the existence of the corridor, can let people in the event of a fire, leading to a safe zone, to reduce the fire damage. Siamese structure also allows people to share space, easy to walk between the two buildings, saving time. This paper mainly introduces the classification and characteristics of the Siamese structure, and based on this, studies the improvement measures of the connection between the Siamese body and the connection body to improve the seismic resistance of the whole structure. By comparing rigid connections, hinged connections, sliding connections and flexible connections, it is finally found that flexible connections can effectively improve the seismic performance of the whole structure.