排灌机械2009，Vol.27Issue(3)：200-203,4.
机械密封密封腔的流场及温度场
Simulation of flow field and temperature field for mechanical seal cavity
摘要
Abstract
In oder to understand the distribution of temperature and pressure in a mechanical seal cavity, Fluent software was used to carry out a numerical simulation on temperature and pressure. Based on Navier-Stokes equations and the standard turbulent model, the temperature and flow fields for a mechanical seal ring were simulated. The results prove that the temperature in the mechanical seal cavity has little change and the temperature on the mechanical seal wall has greater change. The velocity near the meachanical seal wall is slower than that in cavity. The velocity distribution is linear and continual. The plot of pressure is nearly balanced at axis. There is a partical pressure change when the area of the cross section of the mechanical seal cavity changes suddenly. By comparing the calculated results with that from experiment, the error range is about 6% to 17.5%, which is coincident with the actual situation. It shows that numerical simulation can be carried out on the visual calculation for the invisible change in the flow field.关键词
机械密封/数值模拟/温度/压力/FLUENTKey words
mechanical seal/numerical simulation/temperature/pressure/FLUENT分类
能源科技引用本文复制引用
孙泽刚,黄文权..机械密封密封腔的流场及温度场[J].排灌机械,2009,27(3):200-203,4.基金项目
四川理工学院科研项目(2006ZR010) （2006ZR010）
