1) frame with fill-in walls
框架-填充墙
1.
Based on our research results of more than ten years, antotal analysis is made of the affection of load action of general structures such as fame with added floors, castinsite slabbeam floors system, frame with fill-in walls and masonry structures supported by frame.
在总结土木建筑工程十余年科研工作成果的基础上,对泛用的一些结构,如加层框架、现浇肋形楼(屋)盖、框架-填充墙、框支砖混结构等进行整体作用(荷载)效应分析,提出若干有关设计计算、构造上值得注意的问题。
2) Infilled frame
填充墙框架
1.
Infilled frame structure is a common structure system of housing construction.
填充墙框架结构是房屋建筑结构中常见的一种结构体系。
2.
The mechanics of performance of infilled frame differs greatly with the bare frame.
填充墙框架这种结构形式与空腹框架相比,力学性能有很大的差别。
3) infill wall in frame
框架填充墙
1.
The reason and prevention for crack of infill wall in frame
框架填充墙裂缝成因及控制措施
2.
Boundary cracking of infill wall in frame are briefly analyzed.
简要分析了框架填充墙边界裂缝的成因,同时建立了不同条件下的有限元模型并进行分析计算,得到了温度作用在墙体中的分布规律,并提出了几种防止框架填充墙边界裂缝的措施。
4) wall-filled frame
框架填充墙
1.
On reasons for cracks of wall-filled frame and its controlling measures
框架填充墙裂缝成因与控制措施
2.
This paper introduces some quality controlling measures against the crack-facing of wall-filled frame.
结合工程实践,较全面地介绍了防止框架填充墙饰面裂缝的质量控制措施。
3.
Through the investigation and analysis of the wall-filled frame cracks in the 2×325MW thermoelectric engineering of Cangzhou Huarun Thermal Power Limited Company,the paper has summarized the causes of cracks and put forward the control measures and suggestions.
通过对沧州华润热电一期2×325 MW热电工程工业建筑的框架填充墙开裂情况的调查、分析,总结了框架填充墙裂缝的成因,提出了相关控制措施和建议。
5) infilled frame
框架填充墙结构
1.
The difference about mechanical property between the infilled frame and the bare frame is compared,the unbenefit influence of the stiffness effect of infill panels is analysed for weakness story and torsion response in the structure,and some reasonable methods are put forword to be referred by structure designers.
通过比较框架填充墙结构与纯框架结构在层间刚度、自振周期和变形方面的不同特点及力学性能上的差异,分析了填充墙带来的刚度突变、短柱效应、扭转效应等对结构可能带来的不利影响。
2.
The infilled frames are the common structure system.
分析了框架填充墙结构的受力特性,给出。
6) framework and brickwork
框架与填充墙
1.
This paper uses global stiffness matrix assemblage from several elements stiffness matrix to analyze the cooperation of the infilling framework and brickwork,gets the internal force of brickwork,and compares the result with that obtained when no considering the cooperation of the infilling brickwork and framework.
以多种单元共同集成总刚分析框架与填充墙的协同作用 ,计算出框架杆元的内力 ,与不考虑填充墙的协同作用的计算结果进行比较。
补充资料:填充离子交换树脂的电渗析器、电渗析填充床等
分子式:
CAS号:
性质:又称填充离子交换树脂的电渗析器、电渗析填充床等。这是将离子交换树脂充填入电渗析器隔室中,将电渗析与离子交换树脂结合一起的一种脱盐方法。这种装置可以提高脱盐室的电导,并能有效地防止极化沉淀以制备高纯水。但其结构比较复杂,拆装不便。其工作原理为:将H+,OH-型阳、阴树脂予混后填充入电渗析器脱盐室。在直流电场作用下,阴、阳树脂与溶液中的阴、阳离子进行交换。之后,由于电解再生,树脂分别又转为H+,OH-型,解吸的阴、阳离子分别通过阴、阳膜进入浓缩隔室。
CAS号:
性质:又称填充离子交换树脂的电渗析器、电渗析填充床等。这是将离子交换树脂充填入电渗析器隔室中,将电渗析与离子交换树脂结合一起的一种脱盐方法。这种装置可以提高脱盐室的电导,并能有效地防止极化沉淀以制备高纯水。但其结构比较复杂,拆装不便。其工作原理为:将H+,OH-型阳、阴树脂予混后填充入电渗析器脱盐室。在直流电场作用下,阴、阳树脂与溶液中的阴、阳离子进行交换。之后,由于电解再生,树脂分别又转为H+,OH-型,解吸的阴、阳离子分别通过阴、阳膜进入浓缩隔室。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条