1) closure order
合拢顺序
1.
Based on conditions of Chaoyangsi Bridge in Chongqing,theoretical analysis and finite element numerical simulation are done to calculate pulling force and displacement under different closure orders of mid-span,second mid-span and side span.
针对多跨连续刚构桥悬臂长度长、悬臂梁体重、施工荷载大等特点,结合重庆朝阳寺特大桥实际情况,通过理论分析和有限元数值模拟,对中跨、次中跨、边跨不同合拢顺序下,所需顶推力和顶推位移进行计算,并对桥梁结构的应力、水平位移及挠度进行了比选分析,提出并论证了采用计算预推值时先中跨再次边跨最后边跨的合拢方案,其突出优点是边跨合拢施工以挂篮和导梁代替搭设支架施工,措施简单易行、安全可靠。
2) closure
[英]['kləʊʒə(r)] [美]['kloʒɚ]
合拢
1.
The essentials of closure construction of T-type continuous rigid frame bridge;
T形连续刚构桥合拢施工要点
2.
A closure method of the large span PC concrete continuous rigid frame bridge;
大跨度PC连续刚构桥合拢施工措施
3.
Taolaizhao SongHua River Especially Large Bridge Deformation Control of Closure by Cantilever Construction;
陶赖昭松花江特大桥悬臂施工合拢段变形控制
3) laminated orders
层合顺序
1.
Influence of laminated orders on dynamic characteristics of anisotropic laminated damped structures;
层合顺序对各向异性层合阻尼结构动态性能的影响
4) order of mixing
混合顺序
1.
The morphology of low, density polyethylene/(styrene-ethylene/butylene-styrene)triblock copolymer/polystyrene blends was found to be dependent on the order of mixing.
混合顺序对低密度聚乙烯／（苯乙烯－乙烯／丁烯－苯乙烯）三嵌段共聚物／聚苯乙烯共混物的形态有一定的影响。
5) sequential coupling
顺序耦合
1.
Based on 3-dimentional recurrence-symmetry finite element models, sequential coupling numerical simulation method was applied to investigate the heat transfer and stress distribution in the brake disc during the whole braking process.
本文以制动盘为研究对象,基于三维对称有限元模型,运用顺序耦合数值模拟方法对制动盘制动过程传热与受力进行了探讨,分析了在热流密度、对流换热系数、辐射换热系数与时间相关的复杂的二、三类边界条件下,温度场与应力场的瞬时变化。
2.
The sequential coupling analysis of a cantilever driving by electrostatic force in an optical switch;
采用顺序耦合法 ,对光开关中的、静电驱动的悬臂梁进行分析 ,得出了悬臂梁的动态响应特性 ,并指出了空气阻尼对器件性能的影响 ,为微机械传感器的设计提供了有力的分析方
6) order compose
顺序组合
1.
Application of order compose of most superior match wavelet in image compression;
图像压缩中的顺序组合最优匹配小波
补充资料：N,N-二缩水甘油2,4,6-三溴苯胺玻璃布层合板
分子式：
CAS号：
性质：以三溴苯胺环氧树脂为基料的玻璃布层合板。耐燃性好，相对密度>1.98。机械强度除冲击强度(190kJ/m2)和剪切强度(119MPa)外，其他略次于E-51环氧树脂。将三溴苯胺环氧树脂与有关添加剂配成胶液后，手工糊于玻璃布上，叠层并层合固化即得。可用于要求耐燃的航空、船舶和机电行业。
CAS号：
性质：以三溴苯胺环氧树脂为基料的玻璃布层合板。耐燃性好，相对密度>1.98。机械强度除冲击强度(190kJ/m2)和剪切强度(119MPa)外，其他略次于E-51环氧树脂。将三溴苯胺环氧树脂与有关添加剂配成胶液后，手工糊于玻璃布上，叠层并层合固化即得。可用于要求耐燃的航空、船舶和机电行业。
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