1) ground-coupled heat transfer
地热耦合传热
2) coupled heat transfer
耦合传热
1.
Finite element simulation on transient coupled heat transfer of piston-cylinder liner;
活塞-缸套瞬态耦合传热的有限元仿真
2.
Three-dimensional physical and mathematical models for the coupled heat transfer of natural convection in a liquid pool with heat source and forced convection in cooling coil tube are established.
建立了含内热源的液池内自然对流与冷却盘管内强制对流耦合传热的三维物理、数学模型,进行了相应的数值模拟计算。
3.
Numerically simulates the coupled heat transfer between airflow and rock with FLUENT software, predicts their temperature fields, and analyses the cooling effect of the corridor on airflow.
运用FLUENT软件对气流和岩体间的耦合传热进行了模拟分析,给出了气流和岩体的温度场分布;分析了坝体廊道对气流的冷却效果。
3) Conjugate heat transfer
耦合传热
1.
Study on unsteady conjugate heat transfer of control flow of gas generator(Ⅱ)—numerical simulation results and analysis;
燃气源控制气流非稳态耦合传热问题研究(Ⅱ)——数值模拟结果及分析
2.
Study on unsteady conjugate heat transfer of control flow of gas generator (Ⅰ)——mathematical model and calculation method;
燃气源控制气流非稳态耦合传热问题研究(Ⅰ)——计算模型和方法
3.
Considering the influence of indoor air variation on heat transfer,the whole-filed method of conjugate heat transfer is applied to simulate and solve numerically the unite region of soil and room air with FLUENT 6.
将室内空气对围护结构传热的影响综合考虑,基于FLUENT商业软件采用耦合传热计算方法对三维非稳态传热进行数值求解。
4) Coupling heat transfer
耦合传热
1.
Based on a CFD simulation,builds up a coupling heat transfer model of indoor air and envelopes when using intermittent air conditioning.
分析了考虑岩土蓄热作用下室内热环境的变化,应用CFD模拟软件建立了采用间歇空调时室内空气与周围岩土的耦合传热模型,将模拟所得数据用来训练神经网络模型,得出的最优模型可用于预测各种复杂的非线性条件下的最优启停时间。
5) conjugated heat transfer
耦合传热
1.
With the applied background of wrapped type heat exchanger, the conjugated heat transfer problem of vertical thin plate withuneven temperature distribution was solved by SIMPLEC arithmetic.
以板管式换热器为应用背景,采用SIMPLEC算法求解了竖直薄平板温度不均匀时边界导热与自然对流的耦合传热。
2.
The need for numerical simulating conjugated heat transfer with complex intra-face is recognized.
首先介绍了耦合传热计算区别于一般的导热和对流换热过程的特点,然后介绍了常用的计算方法应用于耦合传热计算遇到的困难及自适应直角坐标网格方法在耦合传热计算中的优势。
6) coupled heat conduction
耦合热传导
补充资料：传导型地热系统
传导型地热系统
conductive geothermal system
表2中国地热资源表(盆地型，以传导为主的中低温地热资源)┌─┬──────────┬────┬───┬──┬──┬──┬────┬─────┬───────┬──────────┐│地│盆地名称 │地热田 │地温 │热储│热储│可采│岩石与水│ 能刁│FlJ用的地热亏 │苍源(<200Om) ││区│ │ 面积 │梯度 │温度│层厚│系数│的比容 │ 总量 │厂不砰一 │ 折合燃料、动力 ││ │ │(kmz) │(C/ │(C) │(m) │(%) │ (kJ/ │(IO12kJ) │{(’。‘乙kJ) │lo6t标煤{1。
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