1) Heat conduction
热传导
1.
Estimation of thermal properties based on inverse heat conduction method;
基于热传导逆问题方法预测材料热物性参数
2.
The application of wavelet-based element in heat conduction;
小波单元在热传导问题中的应用
2) heat transfer
热传导
1.
Numerical simulation of heat transfer in diamond under electron beam irradiation;
电子束辐照钻石热传导过程的数值模拟
2.
Finite element formulation of 3-D heat transfer in orthotropic materials;
正交各向异性材料三维热传导问题的有限元列式
3.
Emulational analysis for heat transfer of S－99 field blood transport kit;
S99—野战运血箱热传导仿真分析
3) thermal conduction
热传导
1.
Symplectic method in two dimensional thermal conduction under steady state;
二维稳态热传导问题中的辛方法
2.
A thermal conduction model of single channel spark per pulse was presented.
通过分析放电通道形成过程和热流密度分布函数,采用解析法建立了单个脉冲放电通道的热传导模型,并运用积分变换法和有限差分相结合的方法进行了温度场求解。
3.
Aerogels have special thermal conduction manners which are different with common materials,be- cause of their unique structures.
气凝胶的独特结构使其具有不同于一般材料的热传导方式。
4) thermal conductivity
热传导
1.
Molecular dynamics simulation of thermal conductivity of single-wall carbon nanotubes with different structures;
不同结构单壁碳纳米管热传导的分子动力学模拟
2.
Relationship between thermal conductivity and the thickness of building wall;
热传导与墙材厚度之间的关系
3.
Based on the finite deformation theory,the controlling equations of the impact dynamics of structures with the consideration of thermal conductivity are presented.
从有限变形的基本框架出发 ,建立了含热传导的冲击动力学基本控制方程和合适的初边条件。
5) heat exchange
热传导
1.
Through the basic heat exchange theory,it solved the equation and got the three-dimensional diagram of the window s temperature.
本文针对北方房屋双层玻璃结圆圈的现象进行了初步的理论分析,通过基本的热传导原理,求解方程并得到了窗户温度的三维图,得到的结果与实际情况基本相符合,同时对双层玻璃结圆圈现象的条件进行了分析,为实际生产提供了理论依据。
2.
Firstly, the working heat environment of the projected terminal-sensitive submunitions was analyzed, and the aerodynamic heating model and the one-dimension heat exchange model were established on the basis of the terminal-sensitive submunition’s structure design, and the ballistics and the aerodynamic heat flux density were calculated by the nu.
首先分析了末敏子弹抛出后所处的工作热环境,针对末敏子弹的结构设计建立了气动热流数学模型和一维热传导数学模型,用数值计算方法得到了末敏子弹的弹道数据和气动热流密度变化。
3.
The software was used to solve big engineering problems of heat exchange via SOR.
该软件使用SOR方法来求解大规模定常热传导工程问题。
6) conduction heat transfer
导热传热
补充资料：热传导
| 热传导 heat conduction 物质(气体、液体或固体)内部各处因温度不均匀引起的热量从高温处向低温处传递的现象。实验表明，dt时间内通过ds面积的热量dQ 与沿面元法线方向的温度梯度  成正比 ，即dQ＝－λ  ds dt。式中负号表示热量沿温度减小方向传递；λ称为物质的热导率，描述物质的导热性能；上式称为傅里叶定律。从微观上看，温度高(低)处分子平均热运动能量大(小)，通过分子间的碰撞，使部分热运动能从高温处传向低温处。 |
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