1) load-bearing brick wall
承重砖墙
2) partition,tile
不承重隔墙空心砖
3) load-bearing brick
承重砖
1.
The result is that it is feasible to produce fly ash load-bearing brick under the particular producing and maintaining conditions.
试验研究了以低质粉煤灰、水泥、石灰、石膏、外加剂、骨料为原料的粉煤灰砖的配合比,确定了各组成材料的最佳掺量,按一定的生产工艺和养护条件生产粉煤灰承重砖被证明是可行的。
4) load-bearing panel
承重墙板
1.
The compression mechanic performance of 3 concrete sandwich load-bearing panels under axial forces is studied using finite element analysis software ANSYS.
采用有限元软件ANSYS分析了3种尺寸的混凝土夹芯承重墙板的轴向受压力学性能,并与试验结果进行了对比分析,结果表明,有限元计算的构件的荷载-应变曲线和极限荷载与试验值吻合,混凝土夹芯承重墙板在轴向荷载下首先在中部开裂,然后出现受压破坏。
5) bearing wall
承重墙
1.
Underpinning beam should be designed before the bearing wall removed in brick wall load structure.
砖混结构建筑物拆除承重墙,需进行墙体托换的加固设计。
2.
uch a problem as the collision or overlap of isolating foundations caused by the over-closed distance between columns or between column and bearing wall often occurs in the design of civil architecture frames or bearing walls,ect.
在民用建筑框架或承重墙等的设计中，经常会遇到因柱与柱之间或柱与剪力墙间距离较近造成独立基础相碰或重叠的问题。
3.
Combining with the existed question in residential fitment,several aspects such as the demolition of non-load-bearing wall,holing and notching of bearing wall,sealing balcony and floor fitment were discussed,the damage of above residential fitment to structure was analyzed,so as to provoke the more attention of related department and tenement,to ensure safety of life and loss.
结合人们在住宅装修中存在的问题,重点从非承重墙的拆除,承重墙的凿洞、开槽,封闭阳台,楼面装修等方面进行了探讨,分析了上述住宅装修对结构的危害,以引起有关部门和住户的充分重视,从而确保生命和财产安全。
6) main wall
承重墙
1.
The successful application of steel structure to the process of tearing down and rebuilding the main wall indicates the advantages of steel structure.
运用钢结构进行了难度较大的承重墙拆除改造,说明了钢结构施工快捷,方便,经济的特征,为房屋改造提供了新的方法和手段。
2.
On the base of theoretical and experimental research and combining the application in engineering, the mechanical performance of concrete multi-row bore pint-size block in main wall summering engineering is analyzed and researched.
在理论和实验研究的基础上,结合工程中的应用,分析和研究混凝土多排孔小型砌块在承重墙砌体工程中的力学性能,为推广应用提供参考。
补充资料：空心球砖
分子式：
CAS号：
性质：用耐火空心球制成的轻质耐火材料。空心球砖显气孔率低，导热系数小，抗热震性能好，高温结构强度高，可直接砌筑在与火焰接触的高温窑炉内衬，以及制造高温炉管、托盘、保护罩等。常用的空心球砖有氧化铝空心球砖和氧化锆空心球砖。
CAS号：
性质：用耐火空心球制成的轻质耐火材料。空心球砖显气孔率低，导热系数小，抗热震性能好，高温结构强度高，可直接砌筑在与火焰接触的高温窑炉内衬，以及制造高温炉管、托盘、保护罩等。常用的空心球砖有氧化铝空心球砖和氧化锆空心球砖。
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