摘要
对具有内热源方腔的稳态层流耦合自然对流换热进行了三维的数值模拟,采用的模拟代码基于连续介质计算力学的开源库OpenFoam,解决了自然对流换热与固体传热的耦合问题。对外壁面为常温、方腔内充满含体积热源流体的自然对流计算结果表明,温度场、速度场与非耦合的工况有很大差异。
This work is focused on the numerical simulation of steady, laminar, conjugate natural convection in a square enclosure containing volumetric sources. Simulations are made using the codes developed from open software library OpenFoam for computational continuum mechanics. The codes can perform conjugate natural convection with solids. Outsides of walls are kept in constant temperature, the fluid containing volumetric sources fills in the enclosure. The results show a significant change in the temperature and velocity fields compared with the non-- conjugate conditions.
出处
《能源技术》
2007年第4期203-206,251,共5页
Energy Technology
关键词
自然对流
耦合传热
数值模拟
Natural convection
Conjugate heat transfer
Numerical simulation
