rigid frame structure meaning in Chinese
刚架结构
Examples
- - ii - 5 . with the consideration that the cross section of the cable - stayed structure and the rigid frame structure ' s are not uniform , a new joint solution was presented for these different sections
5 、针对金马大桥斜拉桥侧主梁截面与t构侧主梁截面形式不统一的问题，提出了一种不同结构断面的新型连接方法。 - The shell is divided into orthogonal or oblique crossing girder systems , which make up a space rigid frame structure , then an analysis is made of the endogen force of the shell structure based on the curved lever space rigid frame structure
该方法通过将壳体结构离散成相互垂直或斜交的曲杆梁系组成的空间刚架结构，进而分析曲杆空间刚架结构的内力，达到壳体内力分析的目的。 - A new bridge structure cooperated by the single - towered cable - stayed structure and the rigid frame structure was presented . many aspects of jinma bridge are researched and analyzed , such as the design method , configuration of the superstructure , section choice of the tower , design and construction methods of the deep - water bases , the stiffness of the cooperated rigid frames , strengthening way in the tower . it is concluded that this new structure is the economical , aesthetic and suitable project for the large - span situation
主要内容和结论如下： 1 、提出了独塔斜拉桥与两侧刚构相连接的新型协作体系斜拉桥结构形式，并对该桥的方案比选、设计思路、桥面系结构形式、塔柱截面设计、深水基础的设计及施工方法、协作刚构的刚度选取、塔柱的直束加固等方面作了详细地计算分析和比较。 - The author designed , made , processed and tested to the plexiglass model and the bridge . then author calculated and analyzed the results , as a result of the computer programs bsas , sap , qjx and nastran . the author researched the force characteristics and structural behavior of large - span prestressed concrete bridges with continuous rigid frame structure , used the advanced theory and technology , materials , arts and crafts to resolve the practical matters in design and construction , to optimize structure , and to provide credible technical data for the design and construction and maintenance of bridges
本文以吉林省九站松花江特大桥为研究对象，通过有机玻璃模型的设计制作及加工和试验，以及对已竣工通车的实桥荷载试验，利用计算机程序bsas 、 sap 、 qjx及nastran等程序进行理论计算和综合对比分析，探讨大跨径预应力砼连续刚构桥的力学特点和使用性能，运用先进的理论、技术、材料、工艺等来解决设计和施工中存在的实际问题，优化结构，并为桥梁的设计、施工及使用维护等提供可靠的技术资料。