1) CL Compound Wallboard
CL复合墙板
1.
The Discussion of CL Compound Wallboard System Construction;
CL复合墙板体系施工探讨
2) composite wall panels
复合墙板
1.
Specimens of composite wall panels in three groups are analyzed using finite element method and analyzing results are compared with the pseudo-static shear test results.
对三组复合墙板试件进行了平面有限元分析并与拟静力试验结果进行了比较,分析了骨架曲线、墙板裂缝分布及发展、钢筋应力分布等。
2.
The axial compression experiments for twelve pieces of composite wall panels in four groups were carried out.
进行4组12片复合墙板轴心受压试验研究,对破坏过程及破坏形态,试件的荷载侧向挠度曲线复合墙板承载力及稳定性等试验结果进行对比分析。
3) sandwich wallboard
复合墙板
1.
Behavior of axially compressed concrete-reinforced sandwich wallboard;
钢筋型混凝土复合墙板的轴向受力性能
2.
In this thesis, a new type light-weight composite sandwich wallboard with property of environment protection was designed and investigated for satisfying the requirements of a new structure system called wall-beam-column structure system.
本文主要研究一种新型环保节能轻质复合墙板的受力性能。
4) sandwich wall panel
复合墙板
1.
Influence of axial pressure on the seismic property of sandwich wall panel;
轴向压力对复合墙板抗震性能的影响
2.
Study on the form of structure layer in sandwich wall panel;
复合墙板结构层组合形式的探讨
5) the composite wall panel with hidden frame
带框复合墙板
6) multi-ribbed walls
密肋复合墙板
1.
Test research of the reinforced concrete fundamental frame structure with autoclaved aerated concrete masonry infilled in multi-ribbed walls;
加气混凝土密肋复合墙板框格单元的试验研究
2.
In order to investigate the degradation mechanism of the mechanical property of elemental reinforced concrete frames in multi-ribbed walls, three elemental reinforced concrete frames with different relative stiffness and three identical frames without infill were tested under cyclic load.
为研究密肋复合墙板内钢筋混凝土框格单元结构的力学性能退化机理,对3个不同相对刚度比的框格单元及3个空框格结构进行了1/2比例模型循环加载试验。
3.
This paper presents a study on the mechanical behavior of the fundamental reinforced concrete frame structure in multi-ribbed walls,where 1:2 ratio model experiments of eight specimens were conducted.
为研究密肋复合墙板内钢筋混凝土框格单元结构的力学性能,对5个不同相对刚度比的框格单元及3个空框格结构进行了1/2比例模型试验。
补充资料:墙板
墙板 见“旁板”。
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