1) node of intersection of plane solids
平面相贯节点
2) plane circular tubular K_joints
平面K型圆管相贯节点
1.
In this paper, the ultimate strength of plane circular tubular K_joints is investigated numerically by using the finite element method and close reference to material and geometrical nonlinear properties.
应用有限元法 ,考虑材料非线性和几何非线性 ,分析了平面K型圆管相贯节点的应力和塑性区分布规律、节点变形等重要受力性能 ,揭示了影响管节点承载力主要参数以及这些参数与承载力的关系曲线 ;将有限元计算结果与实验数据和我国规范进行比较 ,指出了现有规范的不足之处 ,为我国规范的进一步修订提出了建议 。
3) planar tubular K-joints
平面K型相贯节点
4) tubular joints
相贯节点
1.
Development and study of the capacity of steel tubular joints;
钢管相贯节点承载力性能研究与进展
2.
In order to study the influence of the rigidity of unstiffened tubular joints on load-bearing behavior and structural stability,the experimental research on axial rigidity and bending rigidity of the joints was performed,in combination with the practical demands of a steel tubular constructional project.
为了验算相贯节点刚度对钢管结构的受力性能及整体稳定性的影响,以某单层网壳结构体育馆为背景,进行了X形相贯节点轴向刚度和抗弯刚度的试验研究。
3.
The shell roof of steel structure on the site of Jinsha in Chengdu is the truss structure with unstiffen tubular joints,and the chords of circumferential truss are irregular space curves.
成都金沙遗址大棚钢结构工程为圆钢管相贯节点桁架结构,环桁架弦杆为不规则空间曲线,通过采取弯管与胎具双重控制的方法,使环桁架尺寸得到精确控制;由于施工条件限制,采取了钢丝绳加固、结合已有结构辅助的方法将平面桁架移动到指定位置。
5) tubular joint
相贯节点
1.
Performance test and computation analysis research of the big gap weld pipe truss tubular joint of Henan Provincial Art Centre;
钢管桁架结构大间隙焊缝相贯节点性能试验与理论研究
2.
Calculation of bearing capacity for multi-planar tubular joints in Wuhan railway station
武汉火车站空间多平面圆钢管相贯节点承载力计算
3.
A program for building three dimensional models of spatial tubular joints was developed based on the OBJECTARX technology and solid modeling theory.
为了解决在CAD平台上实现快速生成结构分析软件和施工图开发所需要的相贯节点实体模型,根据实体造型理论,基于OBJECTARX技术,开发了生成空间相贯节点实体模型程序。
6) intersecting joint
相贯节点
1.
Space intersecting joint is widely used in project due to its fine appearance and mechanics performance.
空间相贯节点由于美观、力学性能优异等优点,在工程中大量使用。
补充资料：极限环(见相平面法)
极限环(见相平面法)
limit cycle
J一x!onh日on极限环(limit eyele)见相平面法。
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