1) distributional plan of bearing
支座布设
2) bearing arrangement
支座布置
1.
The suitable eccentricity is different with various bearing arrangements.
结果表明:内支座采用单支座布置的曲线连续箱梁桥可以通过改变支座的偏心距来调整支座的反力差。
2.
Aiming at bearing separation of the arc curved girder bridge in engineering field,using certain bridge overpass ramp in Fuzhou as the research subject,this article uses the space finite method to analyze the effect of various central angles and bearing arrangement on bearing reaction of arc curved girder bridge.
针对目前工程中出现的圆弧曲线箱梁桥支座脱空的现象,文中以福州某大桥立交匝道为工程背景,采用有限元法分析了不同圆心角和不同支座布置情况下,该曲线连续箱梁桥支座反力的变化规律。
3.
By FEM the bearing reaction force and displacement of the curved girder bridge are thoroughly analyzed under different loading effects and various bearing arrangements.
为避免预应力混凝土曲线连续箱梁桥在预应力、外部荷载作用下发生支座脱空的现象,以某互通匝道桥为典型工程,应用空间有限元法,在不同荷载、不同支座布置形式下,分析曲线箱梁桥的支座反力和位移,探讨合理的支座布置形式。
4) Supports,design
支座，设计
6) fixing up of girder
支架布设
补充资料：布设
1.布置。
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