1) fixed outside support
外支座为固支
1.
Using limit equilibrium condition,the paper analyzed plastic limit of Ring slab with simple inside and fixed outside support.
利用极限平衡条件,对内支座为简支、外支座为固支的环板进行了塑性极限分析,假定环板破坏时的塑性铰线为径环向,假定塑性铰线上的径向弯矩、切向弯矩均达到极限弯矩MP,根据力的平衡条件和力的边界条件,得出了环板极限状态时的内力计算公式,并通过试算得出了环板在不同的内外半径之比时,公式中的塑性铰线位置系数0ρ、1ρ的取值,使内支座为简支、外支座为固支的环板按极限状态设计时的计算问题大为简化。
2) fixed support
固定支座
1.
The technical problems of directly buried steam pipeline, such as sliding structure, insulating structure, external anticorrosion coating of outer protection steel pipe, fixed support, removal moisture pipe, steam trap pipe, and its installation and operation are discussed with the engineering example.
结合工程实例,探讨了直埋蒸汽管道滑动结构、保温结构、外护钢管外防腐层、固定支座、排潮管、疏水管、蒸汽管道的安装及运行等技术问题。
2.
Points out the importance of correct calculation of the acting forces on fixed supports at the riser pipe of a water system in high rise building air conditioning.
指出了高层建筑中空调水系统立管固定支座受力计算的重要性，介绍了计算方法，给出了计算实例，并为保证波纹补偿器的使用寿命，提出了合理的选择方法。
3) anchorage bearing
锚固支座
4) fixed bearing
固定支座
1.
Based on the analysis of the theory of seismic isolation of bridges,a practical seismic isolation design of the fixed bearing of continuous girder bridges is presented,which changes the fixed bearing into the relatively fixed one.
在对桥梁减隔震原理进行分析的基础上 ,依据连续梁桥在地震作用时受力的特点 ,对连续桥梁的固定支座进行了减隔震设计 ,将原来的固定支座改为相对固定 。
5) fixing support
固定支座
1.
The technique of directly buried steam pipeline such as insulation construction, insulating material, outside protective pipe, fixing support, compensator, and steam trap connections is discussed.
探讨了直埋蒸汽管道的保温结构、保温材料、外保护管、固定支座、补偿器、疏水装置等技术。
6) built-in mounting
固有支座
补充资料：外源性支气管哮喘
外源性支气管哮喘
见"外源性哮喘"。
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