热模拟试验,thermal simulation test
1)thermal simulation test热模拟试验
1.By integrating thethermal simulation test,nonlinear regression and Monte Carlo methods,a new method was proposed to construct and optimize the constructive relationship model of the material,which is of completely and continuously dynamic recrystallization.综合应用热模拟试验、非线性回归方法和Monte Carlo法,提出了一个构建和优化完整的连续动态再结晶材料本构关系模型的新方法。
2.According to property expect of N80 series oil pipe, proceed component design, induction furnace refining in lab,thermal simulation test, rolling and cooling in control test, develop AG80 no hardening and tempering steel for oil pipe which adopting metallographical micro-analysis, SEM and T.根据N80钢级石油管的性能要求,进行了成分设计、实验室感应炉冶炼、热模拟试验,控轧控冷试验,并采用金相显微分析、扫描与透射电镜分析和力学性能检验等手段开发了AG80非调质油管用钢,对无缝管表面出现的外折缺陷进行了分析,找出了缺陷产生的原因,制定了减少缺陷的措施。
英文短句/例句
1.Design on Fuzzy-PID Controler for the Heating System of the Thermal-Mechanical Simulator;热模拟试验机加热系统模糊PID控制器设计
2.Welding Heat Simulation Experiment of High Input Energy Welding Steel Plate for Oil Storage大型原油储罐用钢的焊接热模拟试验
3.Thermal Simulation Experiment on the Generation of Saline Lacustrine Natural Gas in Donying Depression东营凹陷盐湖相天然气生成的热模拟试验
4.Axis Class Forging Heat Treatment Craft Simulation and Experimental Study;轴类锻件热处理工艺模拟及试验研究
5.Investigation on Effective Thermal Conductivity of Oscillating Heat Pipes by Numerical Simulation and Experiments振荡热管当量导热系数数值模拟与试验研究
6.Simulation of outer heat flux for extravehicular space suit舱外航天服热试验外热流模拟方法研究
7.The Simulation Method for Heat Flux in the Thermal Balance Test of Space Suit舱外航天服热平衡试验的外热流模拟方法
8.Numerical Simulation of Flow and Heat Transfer Characteristics Focused on Gas-Liquid Two-Phase Flow Case in Core Simulator of MIPRMIPR堆芯模拟体气-液两相试验工况下流动与传热特性的数值模拟
9.NUMERICAL SIMULATION STUDY OF THE IX_6 PILOT THERMRECOVERY PROJECT IN KARAMAY OILFIELDS克拉玛依油田九_6试验区热采数值模拟研究
10.Dynamic Simulating Hot Box Test for Infrared Hot Box Detector on Freight Car货车红外线轴温探测器现车动态模拟热轴试验
11.Simulation of Heat Transfer in Cryogenic Treatment and Design of a Test System for Cryogenic Valves;深冷处理传热模拟及低温阀门试验系统设计
12.Experimental Simulation of Heat Treatment Process after Forging of Stainless Steel and Microstructure Calculation;不锈钢锻后热处理工艺的试验研究与模拟
13.Numerical Simulation and Experimental Study on Heat Exchanger of Aero-acoustic Wind Tunnel;气动—声学风洞热交换器的数值模拟与试验研究
14.Numerical Simulation and Experimental Study of Thermal Environment in the Highway Sleeper Bus Passenger Compartment;公路卧铺客车车室热环境数值模拟与试验研究
15.Physical Experimentation Study of Exploitation and Injection in Low Temperature Geothermal Field;低温地热田开采与回灌物理模拟试验研究
16.Experimention and Numerical Simulation of the Combustion Chamber Used in Top-Firing Hot Blast Stove;顶燃式热风炉用燃烧器的试验研究与数值模拟
17.Design of Indoor Testing System for Separate Layer Steam Injection热采分层注汽室内模拟试验系统的设计
18.Discussion on two kinds test method of simulative for asphalt heating ageing in blending process浅论模拟沥青加热拌和老化的两种试验方法
相关短句/例句
thermal simulation experiment热模拟试验
1.100%C was analyzed bythermal simulation experiment.应用热模拟试验方法,分析了C含量分别为0。
3)thermecmastor test热模拟试验
T curve of the steel has been established throughthermecmastor test.通过热模拟试验建立了40Cr钢的冷却转变曲线(CCT图),以此来确定高线吐丝温度、斯太尔摩速度、风机及保温盖开启等重要工艺参数。
4)hot simulation热模拟试验
1.Throughhot simulation research and metallographic test, the effects of the hot charging temperature on the microstructures of continuous casting slabs of Q345B steel have studied.通过热模拟试验和金相检验 ,研究了热装炉温度对Q3 45B钢连铸坯组织的影响。
5)hot-simulated test热模拟试验
1.The experimental steels were hot-rolled by Gleeble-1500hot-simulated testing machine.利用Gleeble-1500热模拟试验机对试验钢进行了热模拟轧制。
2.The experimental steels were hot-rolled by Gleeble-1500hot-simulated testing machine, The effects of Si,Mn, final rolling temperature, after-rolled cooling rate and rolling deformation on the formation of dual-phase microstructure and property of experimental steels were studied.利用Ｇｌｅｅｂｌｅ－１５００热模拟试验机对试验钢进行了模拟热轧。
6)Hot Modeling Test Machine热模拟试验机
延伸阅读
焊接热模拟试验焊接热模拟试验welding thermal simulation testhonjie re monl shlyon焊接热模拟试验(welding thermal simula-tion testing)用各种各样的特殊热处理技术，在材料上得到具有一定体积的、实际焊接显微组织近似的、可供试验用的试样的试验。为此目的，已研制成功各种成熟的焊接热模拟机(如美国研制的使用最多的Gleeble试验机)，这些模拟机通常都是用电阻加热并用水冷试样以实现模拟焊接热循环。用铂(Pt)一铂佬(Pt一13%Rh)热电偶或镍铬(Ni一Cr)一镍铝(Ni一AI)热电偶点焊到试样表面，能在热模拟机上按照任何所要求的“温度一时间”图形进行程序模拟，并且在记录仪上画出这种热循环。同时也可用膨胀计记录相变。如有必要，模拟机还可像加热与冷却一样同时对试样施加拉、压载荷。目前市场销售的热模拟机所具800~500C的冷却时间(t，，5)最低可达，35，而最高加热速度可达20OC/s以上。这些参数表明多数焊接方法可以被模拟，但低线能量的TIG和MIG焊，以及其他小线能量的焊接方法如激光和电子束焊除外。预热和再热的影响也可以用适当的计算机程序很方便的实现，采用V形缺口却贝试样，其模断面尺寸为10mm只1 omm。这一尺寸对于进行显微分析(包括电镜分析)也是适用的。但应注意到模拟试样上无论是沿轴向还是从心部到表面都存在一定的温度梯度，试样表面的温度也会因所研究的金属类型和所达到的峰值高低大约有50C的波动，在应用这一技术时应考虑这种波动。(许祖泽)
