structural timber

Study on the aseismic mechanism of historic timber structural building

古建木结构抗震机理的探讨

Timber joints are one of the major factors that affect the structural behaviour of timber construction.

木接榫是影响木构造结构行为的一个重要因子，而在过去都被视为铰接。

In the field of industry production and architecture, wood is an important material which can be used as decorating material; moreover, it can be used as structural timber to support building.

在工业生产和建筑领域，木材是一种很重要的材料，既可以用作装饰，也可以用作结构支撑。

To set fiber reinforced polymer/ plastic ( FRP) composite in tensile region of glued laminated timber ( glulam) beams is effective measure to improve structural behaviors.

在胶合木梁的受拉区设置纤维增强复合材料（FRP）是提高胶合木（glulam）梁结构性能的有效方法。

According to the compulsory provisions about structural identification and strengthening of Technical code for maintenance and strengthening of ancient timber buildings, Yingxian wooden pagoda was evaluated class ⅳ, the pagoda desiderate maintenance.

根据我国《古建筑木结构维护与加固技术规范》中有关结构鉴定和加固的强制性条文[2]，应县木塔被评定为Ⅳ类建筑，亟待修缮[3]。

Technical features of Chinese traditional timber structural architectures in seismic design

浅谈中国传统建筑木结构的抗震技术特点

The historic timber structural buildings are composed of beams, columns, dougongs and roof, which are linked by mortise and tenon joints.

中国建筑中的梁、柱、斗棋和屋顶结构是通过榫卯结合在一起的。