1) rubber bearing with a steel bar
带限位钢棒夹层橡胶支座
1.
To reduce the horizontal displacement of the insulation layer in base insulation structure under rare earthquakes,the rubber bearing with a steel bar inside was introduced.
介绍了带限位钢棒夹层橡胶支座的工作原理,分析了其力学模型,提出了“三线型”恢复力模型,并给出了恢复力表达式。
2) laminated rubber bearing
夹层橡胶支座
3) overlap sheet steel rubber abutment
叠层钢板橡胶支座
4) finite displacement supper support
有限位移橡胶垫板支座
1.
It put forward the idea for changing fixed support into finite displacement supper support based on site and analyses for structural intemal force.
分析重庆北碚朝阳吊桥在１９９２ 年８ 月高温时， 使固定支座破坏的原因， 在现场调查和结构内力分析基础上， 提出了将固定支座改为有限位移橡胶垫板支座方案， 实践证明是可行
5) rubber-steel sphere bush
橡胶-钢球支座
1.
Finite element analysis on stiffness of rubber-steel sphere bush;
橡胶-钢球支座刚度的有限元分析
2.
Nonlinear finite element method was adopted to simulate numerically a rubber-steel sphere bush subjected to a tosion with a circumferential central spherical crack or a circumferential edge spherical crack in the bonded interface and the middle rubber layer.
通过非线性有限元方法对橡胶-钢球支座的橡胶层与钢球粘结界面上及橡胶中间层在扭转载荷作用下存在中心裂纹和环形边缘裂纹的情况进行了数值模拟,给出撕裂能与裂纹尺寸、载荷和橡胶层厚度的关系曲线。
6) Rubber shock
夹层钢板橡胶垫
补充资料：限棒
1.差役在限期内未能完成任务而受的棒刑。
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