1) impacted bolt
压接螺栓
2) coupling bolt forcer
连接螺栓压入器
3) Bolted connection
螺栓连接
1.
Contact friction mechanism and finite element analysis of beam-to-column bolted connections;
梁柱螺栓连接中接触摩擦机理及有限元分析
2.
The performance of bolted connection in aluminum alloy which carried both tension and shear are analyzed based upon the finite element analysis(FEA).
通过有限元分析了铝合金构件普通螺栓连接同时抗拉抗剪性能,选取了4。
4) connecting bolt
连接螺栓
1.
In one installation, several flange connecting bolts ruptured.
某装置多根法兰连接螺栓发生断裂,经化学成分分析、金相分析、断口的微观形貌、宏观形貌分析、腐蚀产物的能谱分析等一系列研究分析,确定该螺栓含碳量偏高,且处于腐蚀环境,失效为晶间型的应力腐蚀导致的断裂失效,并对如何预防该类连接螺栓再次发生失效提出建议。
2.
The fracture reasons of connecting bolt of piston head and piston skirt in a diesel engine for ship were analyzed by OM,SEM and EDS etc.
采用光学显微镜、扫描电镜和能谱分析等检测手段对船用柴油机活塞头和活塞裙的连接螺栓断裂原因进行了分析。
3.
In order to solve the unreliability problem in connecting caused by the use of ordinary bolt in ground down lead of power transmission line reinforced concrete pole,the deficiencies of the ordinary bolt are analyzed through typical examples,then one kind of new connecting bolt is designed specially according to the theory of the relation between resistance and contact face.
为解决输电线路砼杆接地引下线使用普通螺栓连接在运行中存在连接不可靠的问题,通过运行实例分析了普通螺栓的不足之处,根据电阻与接触面的关系理论,设计了一种新的专用连接螺栓。
5) bolt connection
螺栓连接
1.
The application of contact friction in bolt connection;
接触摩擦在螺栓连接中的应用
2.
Finite element analysis of pneumatic cylinder bolt connection stress;
气缸的螺栓连接有限元应力分析
3.
In this paper,we adopt the common Finite Element Analysis software-ANSYS to compute and analyze the force alternation and destroy form of the high strength friction grip bolt connection in principle,and get the force distribution diagram.
采用大型有限元分析软件ANSYS,对钢结构高强度螺栓连接的受力分布规律进行了计算和分析,得出了该构件的受力分布图,从理论上对高强度螺栓连接的破坏形式和受力变化进行了分析研究,为进一步改进高强螺栓连接构件的受力状况和结构设计提供了必要的理论依据。
6) Connecting bolt
联接螺栓
1.
This paper analyses the working state of E line up crane beams and connecting bolt in the whole mould wrokshop by means of testing and finite element methods.
利用测试手段和有限元计算对整模车间Ｅ列吊车梁及联接螺栓的工作状态进行了分析，找出梁间联接螺栓的破坏原因，并提出改进方案，为保证吊车梁正常运行提供了科学依据。
补充资料：压剪粘接强度
分子式：
CAS号：
性质：以压缩荷重对粘接面施加剪切应力，至粘接部位破坏的强度。多用于木材粘接力试验。
CAS号：
性质：以压缩荷重对粘接面施加剪切应力，至粘接部位破坏的强度。多用于木材粘接力试验。
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