1) 3D Temperature Measurements
三维温度场测量
2) 3-D temperature field
三维温度场
1.
Based on numerical simulation equations and their solution method for laminar and turbulent liquid metal flows during mold filling, solidification and cooling processes of casting, the programs were made for enmeshment of casting geometry, calculation of 3-D velocity field and 3-D temperature field, as well as display of 2-D isothermal diagram, velocity vector diagram and 3-D temperature fields .
铸件充型凝固过程数值模拟软件ＳＲＩＦＣＡＳＴ在确定了金属液在充型和凝固冷却过程中的湍流和层流流动模式以及三维速度场和温度场数值模拟计算方程及数值求解的基础上，编制了网格单元的剖分、三维速度场和温度场计算、二维等温线图、速度矢量图和三维温度场显示等程序；在 Ｗｉｎｄｏｗ ９ｘ操作平台上，设计了方便、快捷的各种鼠标操作主界面和分界面；建立了铸铁、铸钢、高温合金、铸造有色合金等金属材料，以及石英砂等造型材料的热物性参数数据库。
2.
The method of dynamic internal heat resource is adopted to deal with the latent heat during FEM analysis of 3-D temperature field of plastics thermoforming in this paper.
对塑料板材热成形过程的三维温度场进行有限元分析时采用动态内部热源的方法对潜热进行了处理。
3.
Based on Pennes equation it succeeds in reconfiguring and calculating of the 3-D temperature field of the tongue under natural feature and real heat tra.
依据生物体自然形态所进行的三维温度场建构与计算是近年来国内外生物传热研究中的焦点之一。
3) 3D temperature field
三维温度场
1.
Development and application of 3D temperature field mathematic model system for slab reheating furnace
板坯加热炉三维温度场数学模型系统的开发及应用
2.
The experimental research and numerical simulation of 3D temperature field of human tongue has done by using the corrosion cast of real arterial tree.
直接采用人舌血管铸型进行三维温度场的实验研究与数值计算。
3.
Application results of a visible furnace combustion 3D temperature field monitoring system to a 230(t/h) opposed firing boiler are being presented.
介绍了炉膛燃烧三维温度场可视化监测系统在230 t/h对冲式燃烧锅炉上的应用效果。
4) Three dimensional temperature field
三维温度场
1.
A novel analyical model three dimensional temperature field;
一种新型的GMAW三维温度场解析模型
2.
A 300MW boiler is tested with real-time three dimensional temperature field monitoring technology.
在一台300MW锅炉上采用12个火焰图像探测器和三维温度场监控系统进行了燃烧调整对炉内三维温度场分布影响的实验研究,结果表明:300MW和220MW的高温区域的温度相差约300K;总风量和层间燃料量的调整试验直接影响炉内沿高度方向的温度场分布。
3.
A three dimensional temperature field model of hydroelectric generator stator is established in this paper.
建立了发电机定子三维温度场计算的数学模型 ,以水轮发电机的半齿、半槽为计算区域 ,用有限元方法对5 5 0 0kW 64 71kVA灯泡贯流式发电机定子的温度场进行了求解 ,得到了发电机定子的温度场、各部件温度最高点及分布。
5) three-dimensional temperature field
三维温度场
1.
Application and simulation of the algebraic reconstruction technique for three-dimensional temperature field modeling;
联合代数重建技术在炉内三维温度场建模中的应用与仿真
2.
Research on detection algorithm of three-dimensional temperature field in boiler;
基于锅炉炉膛三维温度场检测算法的研究
3.
Three-dimensional Temperature Field Prediction Modeling of Steel Slabs
钢坯三维温度场预报模型的建立
6) D temperature field
三维温度场
1.
Calculation of 3D temperature field of hydroelectric generator rotor by finite element method;
水轮发电机转子三维温度场的有限元计算
2.
Calculation of 3D temperature field of hydroelectric generator stator by finite element method;
水轮发电机定子三维温度场的有限元计算
3.
In this paper, the software of Auto CAD Release 12 was improved specially according to the characteristics of the calculation of 3D temperature field by finite element method.
本文结合三维温度场有限元计算的特点，对ＡｕｔｏＣＡＤ１２。
补充资料：表面温度测量
表面温度测量
surface temperature measurement
bia以1，ian功旧ndu celiang表面温度测t(s urface temperatu二~uI’e-~t)指固体表面温度测量、两固相界面温度测量和液体表面温度测量等。广泛应用于冶金、石油化工、机械加工、生物医疗工程、航空航天等领域。主要特点是受传热面边界条件影响大，误差主要来源于测温元件供散热不平衡和接触热阻。另外，在辐射测温时，非黑体辐射的影响和气体吸收的影响也会给测量带来误差。表面温度测量可分为表面接触测量和非接触测量。表面接触测量中，被测物体表面和温度计相接触，由于破坏了表面温场，引人接触热阻，故误差相对较大。主要分为便携式表面温度计和固定式表面温度计，热敏元件常用热偶式或热阻式。非接触测量由于温度计和被测物体表面不接触，不改变物体表面温场，所以测量精度较高，而且可以测量运动物体的表面温度。主要分为辐射测温法、光纤测温法、电涡流测温法和感应测温法。(王磊)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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