Numerical Heat TransferChapter 13 Application examples of fluentforbasicflowandheattransferproblems1/46
Numerical Heat Transfer Chapter 13 Application examples of fluent for basic flow and heat transfer problems 1/46
数值传热学第13章求解流动换热问题的Fluent软件基础应用举例2/46
数值传热学 第13章 求解流动换热问题的Fluent软件基础应用举例 2/46
Chapter13Application examples offluentforbasicflowandheattransferproblems13.1 Heat transfer with sourceterm13.2 Unsteady cooling process of a multilayer ball13.3 Flow and heat transfer in a micro-channel13.4 Liquid cooling of photovoltaicpanel13.5 Hybrid thermal management of Li-ion battery stack13.6 Phase change material melting with fins3/46
13.2 Unsteady cooling process of a multilayer ball 13.5 Hybrid thermal management of Li-ion battery stack 13.1 Heat transfer with source term 13.3 Flow and heat transfer in a micro-channel Chapter 13 Application examples of fluent for basic flow and heat transfer problems 13.6 Phase change material melting with fins 13.4 Liquid cooling of photovoltaic panel 3/46
第13章求解流动换热问题的Fluent软件基础应用举例13.1有内热源导热问题导热问题13.2非稳态多层圆球冷却问题13.3微通道内流动换热问题对流传热问题13.4太阳能光伏板水冷问题13.5锂电池组水气耦合热管理问题13.6肋片强化相变材料融化相变传热4/46
13.2 非稳态多层圆球冷却问题 13.3 微通道内流动换热问题 13.5 锂电池组水气耦合热管理问题 第13章 求解流动换热问题的Fluent软件基础应用举例 13.1 有内热源导热问题 13.4 太阳能光伏板水冷问题 导热问题 对流传热问题 13.6 肋片强化相变材料融化 相变传热 4/46
Review:The 10 steps for aFluent simulation:1.Read and check the mesh:mesh quality2. Scale domain: make sure the domain size is right.3.Choose model: write down the corresponding governingequations is veryimportant.4.Define material: the solid and fluid related to your problem.5.Define zone condition: material of each zone and source term6.Defineboundarycondition:veryimportant7.Solution setup: algorithm and scheme. Have a background ofNHT.8.Initialization:initial condition9. Run the simulation: monitor the residual curves and certainvariable.10.Post-process:analyzetheresults.5/46
Review: The 10 steps for a Fluent simulation: 1. Read and check the mesh: mesh quality. 2. Scale domain: make sure the domain size is right. 3. Choose model: write down the corresponding governing equations is very important. 4. Define material: the solid and fluid related to your problem. 5. Define zone condition: material of each zone and source term 6. Define boundary condition: very important 7. Solution setup: algorithm and scheme. Have a background of NHT. 8. Initialization: initial condition 9. Run the simulation: monitor the residual curves and certain variable. 10. Post-process: analyze the results. 5/46