1) Membrane effect
膜效应
2) membrane action
薄膜效应
1.
Model validation and application of membrane action in slabs of steel buildings subjected to fire;
火灾下钢结构建筑楼板的薄膜效应模型验证及实用方法
2.
Mechanism and theoretical model of membrane action in slabs of steel buildings subjected to fire;
火灾下钢结构建筑楼板的薄膜效应机理及理论模型
3.
Due to the boundary conditions and the geometric deformation under the ultimate load, the reinforced concrete slabs are usually subjected to membrane action.
在极限荷载作用下，钢筋混凝土板内常常存在有薄膜效应，它是由于板的各分块的边界条件和几何形状的变位而造成的。
3) membrane effect
薄膜效应
1.
Model of geosynthetics reinforced pavements based on membrane effect;
考虑薄膜效应的土工合成材料加筋道路模型
2.
Experiment results existed show that when horizontal boundaries of reinforced concrete slab are restrained its ultimate bearing capacity is significantly higher than that has not, which is called membrane effect.
已有的试验结果表明,在支承边界受到水平约束条件下,钢筋混凝土板的极限承载力明显高于未受水平约束板的极限承载力,这种现象称为“薄膜效应”。
3.
In this dissertation, two new steel structure technologies in the aspects of membrane effect of steel and stayed column is researched and discussed.
本文主要研究了钢板薄膜效应和预应力撑杆柱两项钢结构新技术。
4) tensioned membrane effect
拉膜效应
5) water film effect
水膜效应
6) Squeeze-film effect
压膜效应
参考词条
补充资料：爬行膜效应（creepingfilmeffect）
爬行膜效应（creepingfilmeffect）
这是液HeⅡ膜超流动性的一种表现。液HeⅡ与容器表面接触的一层厚约50～100个原子厚度的膜称氦膜，它可以无阻地沿器壁流动，犹如沿器壁爬行，称爬行膜效应。当一端开口的空腔容器底部插入HeⅡ池，池中沿器壁氦膜上爬至顶端后沿内壁下爬，直至容器内外液面相平。相反，盛有HeⅡ液体容器放在池液面上方，容器中沿内壁上爬的氦膜经顶端又沿外壁下爬而注入液池，直至容器内HeⅡ流尽为止。氦膜的流速与压力差和膜长几乎无关。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。