1) flush endplate connection
平端板连接
1.
An experimental study was conducted on the behavior of steel frameworks with semi-rigid composite flush endplate connections under lateral loading.
半刚性连接组合梁框架由热轧H型钢柱和焊接H钢梁及压型钢板混凝土组合梁组成,连接为平端板连接半刚性节点。
2) flush end plate connection
平齐式端板连接
1.
Parametric analyses on the behavior of flush end plate connections in fire were discussed using finite element modeling.
利用有限元分析软件ANSYS对高温下平齐式端板连接性能,节点的构造及节点参数的选取对结构的整体稳定性及节点破坏模式的影响进行了分析。
3) flush end-plate connection
齐平端板连接
4) end-plate connection
端板连接
1.
Seismic design method of end-plate connections of steel structures;
钢结构端板连接抗震设计方法
2.
Experimental investigation of behaviour of H-section steel beams (end-plate connection) under fire;
H型钢梁(端板连接)火灾行为的试验研究
3.
Study on the moment-rotation relationship of high-strength boltend-plate connection joints;
高强螺栓端板连接节点的弯矩—转角关系研究
5) end-plate connections
端板连接
1.
An end-plate strength model of beam-column end-plate connections;
梁柱端板连接节点的端板强度计算模型
2.
Through analysis by ANSYS on resistance and destroyed pattern of bolts in end-plate connections,we can find that though the bolts suffer large moments,the level of moments is low in the location where the bolts were destroyed.
运用ANSYS有限元软件分析了端板连接中螺栓的受力及破坏机理,发现螺栓虽然受到较大弯矩的作用,但是破坏的位置却在弯矩较小处,说明拉力是造成破坏的主要因素。
3.
Through the analysis by ANSYS on regular pattern of variation of reacting force in end-plate connections,some shortcomings are found in traditional theory in describing the force condition of end-plates and bolts.
运用ANSYS有限元软件分析了端板连接中端板反力的变化规律,发现传统的计算理论不能确切地反映端板及螺栓的实际受力情况。
6) end plate connection
端板连接
1.
Analysis on M-θ curve model control parameter of extended end plate connection;
外伸式端板连接M-θ关系曲线控制参数的研究
2.
In order to study the hysteretic behavior of extended end plate connections, 8 connections with four tension bolts are tested to failure under cyclic loading.
为了探讨梁柱端板连接的滞回性能 ,进行了 8个节点试件的循环加载试验 ,其中涉及到加劲肋作用的有 5个 ,试验中柱端施加了轴向压力。
补充资料：螺栓连接式平盖
分子式：
CAS号：
性质：又称螺栓连接式平盖。此类封头一般均采用大型锻件制造而成，采取以螺栓连接方式与简体端部相接的称为可折式平封头。由于这类封头显得较为笨重，近年来在大直径高压容器上很少采用，一般用作压力容器的人孔、手孔的盖板和小直径高压容器的端盖等。
CAS号：
性质：又称螺栓连接式平盖。此类封头一般均采用大型锻件制造而成，采取以螺栓连接方式与简体端部相接的称为可折式平封头。由于这类封头显得较为笨重，近年来在大直径高压容器上很少采用，一般用作压力容器的人孔、手孔的盖板和小直径高压容器的端盖等。
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