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1)  vehicle load degree
车辆负荷度
1.
According to the automated transmission characters of the truck,the concept of the vehicle load degree is advanced, and the shift strategy of the truck is made with the use of fuzzy control method.
针对货车自动变速器的特性,提出了车辆负荷度的概念,并利用模糊控制的方法,对货车制定了相应的挡位决策,解决了货车自动变速器不同于轿车自动变速器的一些关键问题。
2)  HD Heavy Duty (vehicle or lubricant)
重负荷(车辆或润滑油)
3)  vehicle load
车辆荷载
1.
Active earth pressure induced by saturated subgrade under vehicle load;
车辆荷载下饱和路基挡墙主动土压力计算
2.
Analysis of efficiency of vibration isolating groove subjected to vehicle load;
车辆荷载作用下隔震沟隔震效率影响因素分析
3.
Numerical simulation of failure mechanism of subgrade retaining structure under vehicle load;
车辆荷载下路基挡土结构失稳机理数值模拟
4)  vehicle loads
车辆荷载
1.
Research on influential depth of vehicle loads and its influencing factors;
车辆荷载的影响深度及其影响因素的研究
2.
Based on the characteristic of vehicle loads and the actuality of over loading of most vehicles in China,vehicle loads are simplified as equivalent static load which was assumed as three kinds of distribution forms: concentrated distribution,rectangle distribution and zonal distribution;and their computational formula were educed respectively by using Boussinesq and Flamant answers.
以沪宁高速公路4个断面为例,应用拟静力法研究了3种荷载分布形式下车辆动荷载对高速公路软土地基沉降的影响,研究结果表明:由超重车辆引起的地基沉降量可以达到厘米量级,车辆荷载的影响深度大约在12 m范围以内。
3.
Paying little attention to the influences of vehicle loads on deep excavation supporting structure,simplifying vehicle loads as equivalent static load,using concentrated load and equivalent layer method,the influences of vehicle loads on deep excavation supporting structure is considered in this paper and only common vehicle loads are considered according to the code.
基于目前在基坑支护设计中较少考虑车辆荷载的影响,采用对车辆荷载较常用的等效均厚土层和集中荷载两种不同的方法来衡量基坑周围车辆荷载对其稳定性的影响,对于车辆荷载依据规范仅考虑常用的车辆荷载三种轮组对基坑稳定性的影响,最后运用这两种方法对一工程实例进行对比分析,结果表明:周围车辆荷载对基坑各支护形式均有不同程度的影响,采用均厚土层计算方法明显小于集中荷载法对基坑支护稳定性的影响。
5)  vehicles loading
车辆载荷
6)  traffic load
车辆荷载
1.
Studies are carried out on problems such as the possible deformation during construction, leakage at the manhole wall, differential settlement between the pipe and the manhole, and the impact from traffic load, with proposed solutions.
根据RPM管的特点进行排水管道工程设计 ,在设计时对施工过程中可能产生的管道变形、井壁渗水、管道与窨井间不均匀沉降及车辆荷载对管道的影响等问题进行研究 ,并提出解决的方法。
2.
Focuses on the problem of bridge failure mode approach under traffic load,uses branch-and-bound method as the approaching rule and tra.
针对桥梁结构失效模式搜索问题,本文以阶段临界强度分枝-约界法作为搜索准则,以车辆荷载作为主要荷载,介绍了系统极限状态定义、有限元结构建模及拓扑结构变化的实现、失效树遍历法则、最短失效路径集合搜索法则、伪失效模式的修正法则等相关内容,给出了搜索流程的主要步骤及实现方法。
3.
Along with the increasing of the aging bridges in number all over the world, assessment of existing bridges becomes a major subject in the field of bridge research, and the research of stochastic model for traffic load on existing bridge is a significant ingredient of this topic.
随着世界各国老化桥梁数目的日益增多,既有桥梁评估已成为桥梁研究领域中一个重要主题,而既有桥梁车辆荷载的随机过程模型研究则是这一主题中的一个重要组成部分。
补充资料:安侬痛 ,阿那度尔,安那度尔,甲替啶
药物名称:安那度尔

英文名:Alphaprodine

别名: α-普洛丁;阿法罗定;安那度;安侬痛 ,阿那度尔,安那度尔,甲替啶
外文名:Alphaprodine ,α-Prodine, Nisentil, Prisilidene
适应症:
用于需短时止痛(镇痛起效比吗啡迅速,皮下注射5min即见效),如小手术时以及手术后的止痛,又可与阿托品合用于胃肠道、泌尿道等平滑肌痉挛性疼痛的止痛。
用量用法:
皮下注射:1次10~20mg,1日20~40mg。 静注:1次20mg。 极量:1次30mg,1日60mg。
注意事项:
1.亦有成瘾性,不宜久用。 2.有眩晕、无力、多汗等不良反应。 3.分娩时慎用,可能会引起胎儿窒息。

规格:注射液:每支10mg(1ml)、20mg(1ml)、40mg(1ml)。





类别:镇痛药\阿片受体激动药
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