界面传热系数,Interfacial heat transfer coefficient
1)Interfacial heat transfer coefficient界面传热系数
1.Study of interfacial heat transfer coefficient in metal mold castings with nonlinear estimation method采用非线性估算法对铸造界面传热系数的研究
2.The metal-mould interfacial heat transfer coefficient(IHTC) was successfully determined using the nonlinear estimation method.通过采集金属铸造过程中铸件/铸型界面上温度的变化曲线,利用有限元分析软件ANSYS模拟了金属铸造凝固过程的温度场,采用非线性估算法,求解了以铝合金为铸件材料的铸件/铸型间的界面传热系数,发现了该界面传热系数随时间的变化规律。
英文短句/例句
1.Study of interfacial heat transfer coefficient in metal mold castings with nonlinear estimation method采用非线性估算法对铸造界面传热系数的研究
2.Research and Application of Interfacial Heat-Transfer Coefficients in Metal-Mold Castings;金属铸造凝固过程的界面传热系数的研究与应用
3.film coefficient of heat transfer薄膜传热系数表面散热系数
4.Heat transfer coefficient of additional heating surface in CDQ waste-heat boiler干熄焦余热锅炉中附加受热面传热系数的研究
5.Influence of Variation of Heat Transfer Coefficient on Critical Ambient Temperature of Exothermic System传热系数随温度变化对化学放热系统临界环境温度的影响
6.Condensation Heat Transfer Coefficient at Vapour-Liquid Interface of Subcooled Flow Boiling in Vertical Narrow Rectangular Channel窄通道中过冷沸腾汽-液界面凝结换热系数
7.Determination of Interfacial Heat Transfer Coefficient During Single Crystal Blade Casting Process单晶叶片铸造过程中界面换热系数的确定
8.Experimental measurement on thermal contact conductance coefficient between aluminum alloys and 5CrMnMo die steel铝合金与5CrMnMo模具钢界面接触换热系数实验研究
9.Surface Temperature Gradients of an Exothermic System at Criticality for Generalized Heat Transfer普适热传递条件下放热系统的临界表面温度梯度
10.Separation of Convective Heat Transfer Coefficient for Cross Wavy Surface Recuperator Based on Genetic Algorithm基于遗传算法的交错波纹板换热器表面传热系数的分离
11.Develop Wireless Water-Sludge Interface Monitoring System and Apply;基于无线数传的泥水界面检测系统的研制
12.Application of Double-Heat Flow Meter Method in Testing of Overall Heat Transfer Coefficient of Building Envelope in Energy-saving Reconstruction双面热流计法测定围护结构传热系数在建筑节能改造中的应用
13.RELATIONSHIP BETWEEN METAL-DIE INTERFACIAL HEAT TRANSFER COEFFICIENT AND CASTING SOLIDIFICATION RATE IN HIGH PRESSURE DIE CASTING PROCESS压铸过程中铸件-铸型界面换热系数与铸件凝固速率的关系
14.Data Transfer System of Water-Sludge Interface based on ZigBee Wireless Sensor Network;基于ZigBee无线传感器网络的泥水界面数据传输系统
15.FEM Simulation of Centrifugal Moldfilling and Determination of Interfacial Heat-Transfer Coefficient between Casting and Mold离心充型凝固有限元模拟及铸件—铸型界面换热系数确定
16.Study on Heat Transfer Coefficients at Metal/Mold Interface during Solidification in Metal Castings金属型铸造凝固过程铸件/铸型界面换热系数的研究
17.Influence of Interface on the Coefficient of Thermal Expansion of SiC/Al Electronic Packaging Composite界面SiO_2层对SiC/Al电子封装材料热膨胀系数的影响
18.Study of the Interfacial Thermal Conductivity of Metal Matrix Composites;金属基复合材料界面热传导性的研究
相关短句/例句
Cripical coefficient of heat transfer临界传热系数
3)interface transfer coefficient界面传递系数
4)interfacial heat transfer coefficient界面换热系数
1.A New Method for Determining Transient Interfacial Heat Transfer Coefficients in Horizontal Continuous Casting;一种求解水平连铸中瞬态界面换热系数的新方法
2.In order to improve the accuracy of the numerical simulation effectively,a continuousinterfacial heat transfer coefficients(IHTC) model of the variable parameter with the change of temperature was proposed by the methods of actual-measurement and inverse computing.通过实测温度场数据、数值模拟与凝固过程中界面换热系数的反向求解相结合的方法,得出铸件/铸型界面间的换热随温度变化的函数值。
3.The empirical formula that IHTC(interfacial heat transfer coefficient)changing with time was figured out by manner of the measured data,the FEM(finite-element method)numerical simulation data and the inverse computing of theinterfacial heat transfer coefficient.通过实测温度场、数值模拟温度场与界面换热系数反向求解相结合的方法,得出界面间换热系数随时间变化的经验公式。
5)interface heat transfer coefficient界面热导系数
1.Theninterface heat transfer coefficient is acquired by numerical simulation, and the computational results also reveal that the effects of small local region .通过在高温SHPB实验装置上进行热传导实验,测量得到了试件上不同位置测点的温度-时间历史,初步得到了试件上不同时刻的温度分布;通过数值计算,得到了试件上的温度场,其结果印证了实验结果,并得到了试件和导杆的接触界面热导系数。
6)Interface of heat transfer传热界面
延伸阅读
表观总传热系数分子式：CAS号：性质：指蒸发器单位传热面上单位时间内的传热量被表观温度差(见表观温度差)除得的值。由于用表观温度差表示加热室饱和蒸气和蒸发室溶液间的温度差不很合理，由此得出的表观总传热系数在蒸发计算中也很少采用。
