1) Reinforced-concrete chine girder
钢-混脊骨梁
2) SRC beam
钢骨混凝土梁
1.
The nonlinear deflection of SRC beam under shrinkage and creep;
钢骨混凝土梁在收缩徐变影响下的非线性变形
2.
The mechanical properties of SRC beams strengthened with FRP(fiber reinforce polymer) are further investigated theoretically including its failure mechanism and loadability,based on earlier theoretical works on RC beams.
为了进一步研究纤维增强复合材料(fiber reinforced polymer,FRP)加固后钢骨混凝土(SRC)梁的破坏机理、受力性能问题,在以往FRP加固钢筋混凝土(RC)梁力学性能理论分析结果的基础上,对FRP加固钢骨混凝土梁的力学性能进行分析。
3) steel reinforced concrete beam
钢骨混凝土梁
1.
Based on an experimental research on five steel reinforced concrete beamsthe author analyses the working mechanism of steel reinforced concrete beams and proposes a calculation method of the deflection of steel reinforced concrete beams.
文章在5根钢骨混凝土梁试验研究的基础上,分析了钢骨混凝土梁的工作机理,提出了用有效工作截面计算钢骨混凝土梁挠度的方法。
2.
Presendy there are very few experimental studies on trunk steel reinforced concrete beams.
目前国内外关于箱形钢骨混凝土梁的试验研究资料较少,我国规范对箱形钢骨混凝土梁的构造和计算也未给出具体说明。
4) box beam
脊骨梁
1.
Analysis of shear lag effect of great cantilever steel box beam;
大悬臂钢脊骨梁结构模型剪力滞效应探讨
2.
By using the method of finite element,the author tries to offer the tentative analysis of the shear lag effect of cantilever box beam on the horizontal force and bend moment.
以长沙市洪山桥塔梁墩固结节段模型试验为基础 ,应用有限元方法分析大悬臂钢脊骨梁在轴力和弯矩作用下剪力滞效应 ,并进一步研究了轴向力作用下 ,纵向加劲肋、横向加劲肋、横梁、挑梁变化对脊骨梁正应力的变化规律的影响 ,供设计时参
3.
By using the method of finite element,the author tries to offer the tentative analysis of the additional effect on the stress that torsion brings to cantilever box beam.
以长沙市洪山大桥塔梁墩固结节段模型试验为基础 ,应用有限元方法分析扭转对大悬臂钢脊骨梁应力的附加影响 ,并进一步研究了在横隔板间距、刚度变化的情况下 ,脊骨梁翘曲正应力及剪应力的变化规律 ,供设计时参
5) spine beam
脊骨箱梁
1.
Based on the calculation and analysis of models with structural parameters such as radius and load position discussed,the rules of longitudinal and transverse stress distribution,the shear lag effect and the variational law with parameters in up supported curved spine beam are educed.
建立了空间块体分析模型 ,通过对曲线脊骨箱梁整体结构的分析和计算 ,考虑曲率半径、作用点位置等参数的影响 ,得出上承式曲线脊骨箱梁在纵、横两个方向上的应力分布状况、剪力滞效应及随相关参数变化的规律 ;并与一般曲线箱梁相比较 ,描述了曲线脊骨箱梁在不同荷载作用下的受力性能 ;通过有机玻璃模型试验验证了计算的正确性。
6) spine main girder
脊骨主梁
补充资料：脊骨
1.人和脊椎动物背部中间的骨头。
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