摘要
在用空气－水，空气－０＃柴油研究的基础上，用空气与质量浓度为３０％的甘油水溶液研究了理想同式换热器壳侧两相流型，以期进一步考察液相物性对壳侧两相流动流型的影响，研究表明，液相物性对某些流型的转变有明显影响，而对另外一些流型转变的影响并不明显，提出了考虑液相物性影响的通用流型图。
Based on the previous study of air -water and air -0# diesel oil systems, a futher study of the effects of fluid properties on shell -side two -phase flow pattern transitions with air -30 % glycerine water solution system is presented. The experimental results showed that liquid viscosity and surface tension have significant effects on the transition to annular flow and stratified -annular flow, but little effect on the transition to bubble flow. Liquid viscosity has no effect on the transition to intermittent flow, while surface tension has a slight effect. On the basis of physical concepts, an overall flow pattern map is constructed, which based on the data of air-water, air-0# diesel oil and air-30% glycerine water solution two-phase flow systems.
出处
《化工学报》
EI
CAS
CSCD
北大核心
1997年第3期329-335,共7页
CIESC Journal
基金
国家自然科学基金资助项目(No.59476022)
关键词
两相流
通用流型图
液相物性
换热器
流型
shell -side two -phase flow, overall flow pattern map, effects of fluid properties
