1) abutment pressure
支座压力
2) support pressure
支座压力
3) end pressure
端压力;支座压力;最后压力
4) support
支座
1.
Finite Element Calculation and Strength Evaluation of the Local Stress in the Support Locations of Vessels;
容器支座区域局部应力的有限元计算和强度评定
2.
Failure analysis of the ethylbenzene superheater 's supports;
苯乙烯装置过热器组支座受力分析
3.
Structure Improvement of Retarder's Supports for Glassed Steel Chemical Reactor;
搪玻璃反应罐减速机支座结构的改进
5) bearing
支座
1.
Nonlinear finite element analysis of rubber-rigid spheres bearing;
橡胶-钢球支座非线性有限元分析
2.
One construction method for bearing replacement of T-beam bridge;
更换T梁桥支座的一种施工方法
3.
On one new arrangement form of bridge bearings;
关于一种新的桥梁支座布置形式的探讨
6) supports
支座
1.
Effect on the deformation of the body of coke drums due to the ascending of supports;
支座位置上移对焦炭塔塔体变形的影响
2.
There was a branch of indpendent remains,characterized as compound cookers with surrounding-bottom kettles and supports,in the North China Plain before 6500 AD.
距今6500年之前,华北平原存在着一支独立的圜底釜系遗存,它的突出特征是以圜底釜和支座作为复式炊具。
7) pedestal
支座
1.
Fatigue and Durability Analysis of Pedestal of PC Beam for Light Rail;
跨座式轻轨PC轨道梁活动钢支座疲劳及寿命有限元分析
2.
A mathematical model with nonlinear oil film force was employed to study the pedestal looseness fault at two supports in a rotor-bearing system.
针对转子-轴承系统中两端支座发生的松动故障,建立了带有非线性油膜力的数学模型。
3.
The rigid-visco-plastic finite element model of pedestal hot forming process has been established.
建立了支座零件成形工艺的刚粘塑性有限元模型,采用三维有限元法对支座成形的两种工艺进行了模拟分析,确定了合理的成形工艺。
8) bearer
支座
1.
Introduction to Laminated Rubber Bearer Basic Shock Isolation Architecture;
叠层橡胶支座基础隔震体系介绍
2.
Because of uneven subsidence of the foundation,there occurred frame distortion and roofing fracture,for which,a series of strengthening construction has been carried in the treatment of frame bearer and member distortion,the set up of scaffolds and roofing maintenance.
由于地基不均匀沉降,出现网架变形及屋面板撕裂,针对这种情况,按照网架伸缩缝分段,逐段整改加固:从脚手架搭设到对网架的支座处理、杆件变形处理、屋面板维修的一系列加固施工方法。
3.
The bearer is the tie point between upper part and underpart in bridge structure.
在桥梁结构中 ,支座是上、下部结构的连接点 ,其作用重大 ,但由于年久失养或橡胶支座本身老化、钢板支座锈蚀失效等问题 ,有些已直接影响到桥梁上部结构安全 ,需要在不破坏桥梁本身结构的情况下对支座进行整体更换 ,使之恢复原有功能 ,以保证桥梁整体运行安全。
9) abut
支座
10) buttress
支座
补充资料：支座
分子式：
CAS号：
性质：用以支承容器或设备的重量，并使其固定于一定位置的支承部件。还要承受操作时的振动与地震载荷。如室外的塔器还要承受风载荷。其结构型式主要由容器自身的型式和支座的形状来决定，通常分为立式支座、卧式支座和球形容器支座三类。立式支座又分为悬挂式支座、支承式支座、支承式支脚，支承式支腿、裙式支座等；卧式支座分鞍式支座、圈座和支腿式支座等；球形容器支座分支柱式、裙式、半埋式和V形支承等。
CAS号：
性质：用以支承容器或设备的重量，并使其固定于一定位置的支承部件。还要承受操作时的振动与地震载荷。如室外的塔器还要承受风载荷。其结构型式主要由容器自身的型式和支座的形状来决定，通常分为立式支座、卧式支座和球形容器支座三类。立式支座又分为悬挂式支座、支承式支座、支承式支脚，支承式支腿、裙式支座等；卧式支座分鞍式支座、圈座和支腿式支座等；球形容器支座分支柱式、裙式、半埋式和V形支承等。
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