中国电机工程学报2018，Vol.38Issue(1)：212-222,后插22,12.DOI:10.13334/j.0258-8013.pcsee.161655
高位集水冷却塔集水装置内空气流场的研究
Research on the Air Flow Field Inside the Water Collecting Devices of the Cooling Tower With the WCDs
摘要
Abstract
In the wet cooling tower with water collecting devices (WCTWCD), the water collecting devices (WCDs) are installed in the air inlet, the rain zone in the conventional wet cooling tower (CWCT) is eliminated. The cooling performance of the WCTWCD is different from that of the CWCT since the rain zone is substituted by the WCDs. These differences are closely related to the air flow field in the WCDs. The wind tunnel experiment and the numerical simulation were incorporated firstly to analyze the air flow field inside the WCDs. The impact of the inclined angle and the aisle spacing on the air flow field inside the WCDs were studied. In the studied scope, the larger inclined angle and wider aisle spacing make the air flow field more uniform and steady. The energy loss of the air is also less with larger inclined angle and wider aisle spacing. Then the author proposed a new structure of WCDs which can prevent the cooling water from splashing and make the air flow field better. Finally, equations regarding the drag coefficients of different kinds of WCDs were put forward, laying the foundation for the future study of the WCDs.关键词
高位集水冷却塔/集水装置/风洞实验/流场/数值模拟Key words
wet cooling tower with water collecting devices (WCTWCD)/water collecting devices (WCDs)/flow field/wind tunnel testing/numerical simulation分类
信息技术与安全科学引用本文复制引用
吕冬强,孙奉仲,赵元宾,高明,张翔宇..高位集水冷却塔集水装置内空气流场的研究[J].中国电机工程学报,2018,38(1):212-222,后插22,12.基金项目
山东省自然科学基金项目(青年项目)(ZR2016EEQ14) （青年项目）
山东省自然科学基金项目(面上项目)(ZR2016EEM35). Shandong Province Natural Science Foundation (Youth Program) (ZR2016EEQ14) （面上项目）
Shandong Province Natural Science Foundation (General Program)(ZR2016EEM35). （General Program）
