1) common materials
常用材料
1.
? The anticorrosion,characteristics of common materials for dyestuff equipment under different medium and different technical conditions are described.
概述了染料工业设备常用材料在不同介质和工艺条件下的耐腐蚀性能 ,分析、比较了不同材料制造的常压设备单位面积造价。
2.
This paper introduces the designing ideas,the system structures,the database structure and the system functions for the nature environment corrosion database system of common materials.
介绍常用材料自然环境（大气、海水、土壤）腐蚀数据总库的设计思想，总库系统结构设计，总库库结构设计，总库管理系统功能设计。
2) staple material constant
常用材料常数
1.
The method is to adopt the ratio of plastic strain range to elastic strain range as the stress-strain parameter, using the staple material constants as the material parameters in damage calculating expression.
而且 ,还提出了与常用材料常数、平均应力与平均应变、加载临界历程长短有着函数关系的综合性材料常数的新概念。
3) pressure equipment materials
承压设备常用材料
1.
5 million datum including data of 28100 groups of steel plates and 20400 groups of steel tubes,and obtained much important information about condition of being used and technical level of pressure equipment materials.
对全国114家锅炉压力容器生产企业进行走访和调研,采集了包括28100组钢板数据和20400组钢管数据在内的150余万个数据,全面了解了我国承压设备常用材料整体使用情况和技术水平。
4) raw materials for routine consumption
日常消耗用原材料
5) material constant
材料常数
1.
The effects of strain on material constants of hot deformation were discussed emphatically by analyzing the feature of flow stress curves,and the hot deformation microstructure of aluminum alloy was studied by OM and TEM.
在Gleeble热模拟试验机上对不同处理状态(熔体处理与均匀化退火)的Al-1Mn-1Mg合金进行高温压缩试验,通过流变应力曲线分析,重点探讨了应变量对热变形材料常数的影响,并用光学显微镜、透射电子显微镜研究铝材的热变形组织特征。
2.
The material constants were determined by use of numerical analysis and the creep constitutive equations and damage growth equations of 10CrMo910 steel were obtained.
0数值分析的功能 ,快速确定了有关材料常数 ,从而得到了 10CrMo910钢在给定温度下的蠕变损伤本构和演变方程 ,与蠕变试验结果进行了比较 ,得到了与实验相一致的结论。
3.
R-T characteristic is not a strictly exponential curve and material constant is the function of temperature.
研究表明,NTC多晶氧化物半导体的电导是由晶粒中载流子的热激发并穿过晶界势垒形成的,电导同时受晶粒和晶界的控制;材料的电阻–温度特性不是严格的指数曲线;材料常数与温度有关。
6) material constants
材料常数
1.
Several methods,obtaining material constants of rubber Mooney-Rivlin Model,were discussed in this paper,so as to ues those constants for nonlinear finite element analysis (FEA) of rubber products.
介绍了在用非线性有限元对橡胶制品进行分析时,橡胶类材料常用Mooney Rivlin模型中材料常数确定的几种方法。
2.
The influences of different material constants on the mechanical, electric and electromechanical characteristics were studied by finite element method (FEM) and ANSYS software.
通过这一研究得到了材料常数与Cymbal换能器的机电性能之间的关系。
3.
The formulas of material constants estimation for Bodner Partom elastic viscoplastic constitutive model are derived, and the unreasonable formulas in a relevant literature are modified.
推导了Bodner Partom统一弹 粘塑性本构模型的材料常数估计公式 ,修正了国外有关文献的不当之处 ,发展了模型参数的优化估计方法与程序 ,并用算例验证了方法的可行
补充资料：常用汽车字典E
E
E *Exhaust *Electronmotive
Force *Earth *Empty *排气 *电动力 *接地 *空的
E Earth 地.接地
E East 东
E Electric Field Intensity 电场强度
E Electric Tension 电压
E Emergency 紧急情况.救急的
E Modulus of Elasticity 弹性模量
E & FR Event and Failure Record 事件与故障记录
E.M.F Electromotive Force 电动势
EA Energy Absorbent Bumper 吸能式保险杆
EA Earth 地.接地
EA Energy Absorbing 能量吸收
EA Energy Absorber 能量吸收器
EAC Electronic Air Control 电子进气控制
EAC Electric Assist Choke 电动辅助阻风门
EAC Engine Air Control 发动机空气量控制系统
EAD Energy Absorbing Devicer 冲击能量吸收装置
EAI Exhaust Air Induce 二次空气导入装置
EAICV Exhaust Air Induce Control Valve 二次空气导入控制装置
EAIR Electronic Air Management 电子空气控制
EAP Electronic Air Pump 电子气泵
EAS Electric Air Switching 电子空气转换
EAS Electronic Spark Advance 电子控制提前装置
EAS Electronic Air Suspension 电子控制空气悬挂
EAT Electronic Automatic Transmission 电子控制自动变速器
EATC Electronic Automatic Temperature Control 电子自动温度控制
EAU Energy Absorbing Unit 冲击能量吸收装置
EAVS Electrically Actuated Vacuum Switch 电动真空开关
EB *Emergency Brake *Exhaust Brake *紧急刹车 *排气刹车
EBCM Electronic Brake Control Module 电子制动控制模块
EBCV Electric Air Bleed Control Valve 电子排气控制阀
EBCV Electric Air Bleed Control Valve 电子空气泄放控制阀
E *Exhaust *Electronmotive
Force *Earth *Empty *排气 *电动力 *接地 *空的
E Earth 地.接地
E East 东
E Electric Field Intensity 电场强度
E Electric Tension 电压
E Emergency 紧急情况.救急的
E Modulus of Elasticity 弹性模量
E & FR Event and Failure Record 事件与故障记录
E.M.F Electromotive Force 电动势
EA Energy Absorbent Bumper 吸能式保险杆
EA Earth 地.接地
EA Energy Absorbing 能量吸收
EA Energy Absorber 能量吸收器
EAC Electronic Air Control 电子进气控制
EAC Electric Assist Choke 电动辅助阻风门
EAC Engine Air Control 发动机空气量控制系统
EAD Energy Absorbing Devicer 冲击能量吸收装置
EAI Exhaust Air Induce 二次空气导入装置
EAICV Exhaust Air Induce Control Valve 二次空气导入控制装置
EAIR Electronic Air Management 电子空气控制
EAP Electronic Air Pump 电子气泵
EAS Electric Air Switching 电子空气转换
EAS Electronic Spark Advance 电子控制提前装置
EAS Electronic Air Suspension 电子控制空气悬挂
EAT Electronic Automatic Transmission 电子控制自动变速器
EATC Electronic Automatic Temperature Control 电子自动温度控制
EAU Energy Absorbing Unit 冲击能量吸收装置
EAVS Electrically Actuated Vacuum Switch 电动真空开关
EB *Emergency Brake *Exhaust Brake *紧急刹车 *排气刹车
EBCM Electronic Brake Control Module 电子制动控制模块
EBCV Electric Air Bleed Control Valve 电子排气控制阀
EBCV Electric Air Bleed Control Valve 电子空气泄放控制阀
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