翟志强．横向风对自然通风干式冷却塔运行性能影响的试验与数值研究[J]．热力发电,1997,(3)：3-7． Zhai Zhiqiang．Experimental and numerical analysis of the influence of cross wind on the performance of dry cooling tower[J]．Thermal power generation,1997,(3)：3-7(in Chinese)．
[2]
翟志强,符松,朱克勤．横风下空冷塔单塔与双塔流场特性及相关改进方案的试验比较研究[J]．空气动力学学报,1999,17(1)：31-39． Zhai Zhiqiang,Fu Song,Zhu Keqing．Comparison of flow characteristics and improving techniques in single and double dry cooling towers under cross wind[J]．ACTA Aerodynamics of Sinica,1999,17(1)：31-39(in Chinese)．
[3]
王凯．具有导风板的自然通风逆流湿式冷却塔进风阻力研究及性能优化[D]．济南：山东大学,2009． Wang Kai．Research on flow resistance of inlet air performance optimization of natural draft counter flow wet cooling tower with air deflectors[D]．Jinan：Shan Dong University,2009．
[4]
陈友良,孙奉仲,高明,等．十字隔墙对湿式冷却塔性能影响的试验研究[J]．中国电机工程学报,2012,32(11)：28-34． Chen Youliang,Sun Fengzhong,Gao Ming,et al．Experimental study of cross walls effect on the performance of wet cooling towers[J]．Proceedings of the CSEE,2012,32(11)：28-34(in Chinese)．
[5]
王凯．自然通风湿式冷却塔进风口空气动力场的数值模拟与阻力研究[D]．济南：山东大学,2006．Wang Kai．Numerical investigation on the flow resistance of the inlet of wet cooling tower[D]．Jinan：Shandong University,2006．
[6]
孙奉仲．冷却塔设计的数学模型及先进设计方法[J]．山东电力技术,2002(6)：6-9． Sun Fengzhong．The math method and advanced design method of cooling tower[J]．Shandong Dianli Jishu,2002(6)：6-9(in Chinese)．
[7]
魏庆鼎,曹远漠．渭河电厂冷却塔群和厂房对冷却塔风荷载影响的风洞试验研究[J]．电力建设,1991(13)：44-49． Wei Qingding,Cao Yuanmo．Experimental research on the effect of tower group and mill building on the wind load of cooling tower in weihe power plant[J]．Power Construction,1991(13)：27-33(in Chinese)．
[8]
田晓．600MW空冷机组运行特性分析[J]．科技信息,2011(10)：739-740． Tian Xiao．Operating characteristics analysis of 600MW air cooling units[J]．Science and Technology Information,2011(10)：739-740(in Chinese)．
[9]
张晓东,王清照．侧风对自然通风空冷塔冷却性能的影响[J]．中国电力,1999,32(6)：36-38． Zhang Xiaodong,Wang Qingzhao．The effect of cross wind on the cooling characteristic of natural draft dry cooling tower[J]．China Electric,1999,32(6)：36-38(in Chinese)．
[10]
张晓东,王清照．电厂空冷塔内外压力场与温度场分析[J]．现代电力,1999,16(1)：68-72． Zhang Xiaodong,Wang Qingzhao．Analysis on the pressure and temperature field of dry cooling tower [J]．Modern Electricity,1999,16(1)：68-72(in Chinese)．
[11]
Goudarzi M A．Proposing a new technique to enhance thermal performance and reduce structural design wind loads for natural drought cooling towers[J]．Energy,2013(62)：164-172．
[12]
Salazar J M,Diwekar U,Constantinescu E,et al．Stochastic optimization approach to water management in cooling-constrained power plants [J]．Applied Energy,2013(112)：12-22．
[13]
Chu C M．Use of chilton-colburn analogy to estimate effective plume chimney height of a forced draft air-cooled heat exchanger[J]．Heat Transfer Engineering,2006,27(9)：81-85．
[14]
Chu C M．A Preliminary method for estimating the effective plume chimney height above a forced-draft air-cooled heat exchanger operating under natural convection[J]．Heat Transfer Engineering,2002,23(3)：3-12．
[15]
Doyle P T,Benkly G J．Use fanless air coolers[C]// Hydrocarbon Processing,Houston,1973．
[16]
Wei Q D,Zhang Boyin,Liu Keqi,et al．A study of the unfavorable effects of wind on the cooling efficiency of dry cooling-towers[J]．Journal of Wind Engineering and Industrial Aerodynamics,1995(54-55)：633-643．
[17]
唐革风,苏铭德,符松．横向风影响下空冷塔内外流场的数值研究[J]．空气动力学学报,1997,15(3)：328-336．Tang Gefeng,Su Mingde,Fu Song．Numerical investigation on the flow field of dry cooling tower affected by cross wind[J]．Journal of Aerodynamics,1997,15(3)：328-336(in Chinese)．
[18]
孙彬彬,孙晓燕,徐志明．空冷塔传热特性的数值模拟[J]．东北电力大学学报,2006,26(1)：81-85．Sun Binbin,Sun Xiaoyan,Xu Zhiming．Simulation on the heat transfer performance of dry cooling tower[J]．Journal of Northeast Dianli University,2006,26(1)：81-85(in Chinese)．
[19]
崔晓博,鲁旭东．空冷系统的技术经济特性和影响因素[J]．内蒙古石油化工,2013,39(8)：121-122． Cui Xiaobo,Lu Xudong．The technological and economical characteristics of dry cooling system and its factors[J]．Inner Mongolia Petrol and Chemistry,2013,39(8)：121-122(in Chinese)．
[20]
卜永东,杨立军,杜小泽．电站空冷技术[J]．现代电力,2013,30(3)：69-79． Bu Yongdong,Yang Lijun,Du Xiaoze．Review on dry cooling technologies in power plants[J]．Modern Power,2013,30(3)：69-79(in Chinese)．
[21]
路福田．火电厂百万机组直接空冷与间接空冷技术经济比较[J]．中国电业：技术版,2012(7)：66-68． Lu Futian．Technological and economic comparison of direct air cooling and indirect air cooling in 1000MW unit thermal power plant[J]．China Power：Technology Version,2012(7)：66-68(in Chinese)．
[22]
Chu C M,Rahman M M ,Kumaresan S．Effect of cold inflow on chimney height of natural draft cooling towers[J]．Nuclear Engineering and Design,2012(249)：125-131．
[23]
梁振明,王平．国内首例600MW机组间接空冷示范工程及技术[J]．中国电力,2010,43(3)：31-34． Liang Zhenming,Wang Ping．The first domestic indirect air-cooled demonstration project of 600MW unit and its technology research[J]．Electric Power,2010,43(3)：31-34(in Chinese)．
[24]
Smrekar J,Senegacnik A,Fuhrer C,Methodology for evaluation of cooling tower performance - Part 2：Application of the methodology and computational aspects of Poppe equations[J]．Energy Conversion and Management,2011,52(11)：3282-3289．
[25]
王佩璋．空冷火力发电技术的经济问题[J]．电力技术,1991(10)：46-49． Wang Peizhang．The economical problem of dry cooling technology in power plant[J]．Electric Technology,1991(10)：46-49(in Chinese)．
[26]
陈立军．我国电站空冷技术的发展[J]．东北电力大学学报,2012,32(6)：38-42． Chen Lijun．The development of air-cooled power plant technology in China[J]．Journal of Northeast Dianli University,2012,32(6)：38-42(in Chinese)．
[27]
翟志强,朱克勤,符松．横向风对自然通风干式冷却塔空气流场影响的模型试验研究[J]．试验力学,1997,12(2)：142-147． Zhai Zhiqiang,Zhu Keqin,Fu Song．Model experiment for the influence of cross-wind on the air flow field in natural draft dry cooling tower[J]．Journal of Experimental Mechanics,1997,12(2)：142-147(in Chinese)．
[28]
Du Preez A F．The Influence of cross-winds on the performance of natural draft dry-cooling towers[D],Stellenbosch：Stellenbosch University,1992．
[29]
黄春花,赵顺安．间接空冷阻力特性试验研究[J]．中国水利水电科学研究院学报,2011,9(3)：195-199． Huang Chunhua,Zhao Shunan．Research on resistance performance of indirect dry cooling tower[J]．Journal of China Institute of Water Resources and Hydropower Research,2011,9(3)：195-199(in Chinese)．
[30]
赵元宾．十字隔墙湿式冷却塔冷却特性的数值研究[J]．中国电机工程学报,2009,29(8)：6-13． Zhao Yuanbin．Numerical analysis of cooling performance of wet cooling tower with cross wall[J]．Proceedings of the CSEE,2009,29(8)：6-13(in Chinese)．
[31]
赵顺安．自然通风间接空冷塔优化布置的数值模拟研究[J]．水动力学研究与进展：A辑,2013,28(2)：197-202． Zhao Shunan．Numerical simulation of the indirect air cooling tower layout optimization[J]．Chinese Journal of Hydrodynamics,2013,28(2)：197-202(in Chinese)．
[32]
杨立军,贾思宁,卜永东,等．电站间冷系统空冷散热器翅片管束流动传热性能的数值研究[J]．中国电机工程学报,2012,32(32)：50-57． Yang Lijun,Jia Sining,Bu Yongdong,et al．Numerical study on flow and heat transfer characteristics of finned tube bundles for air-cooled heat exchangers of indirect dry cooling systems in power plants[J]．Proceedings of the CSEE,2012,32(32)：50-57(in Chinese)．
[33]
Kapas N．Behavior of Natural Draught Cooling Towers in Wind[C]//CMFF,Budapest,Hungary,2003．
[34]
高明．侧风环境下自然通风湿式冷却塔周向进风变化规律[J]．山东大学学报:工学版,2009,39(3)：154-158． Gao Ming．circumferential inflow air distributing rules in a natural draft wet-cooling tower under cross wind conditions[J]．Journal of Shandong University: Engineering Science,2009,39(03)：154-158(in Chinese)．
[35]
高明,赵元宾,张磊,等．环境侧风与湿式冷却塔塔内通风量关系的试验研究[J]．中国电机工程学报,2012,32(26)：18-22． Gao Ming,Zhao Yuanbin,Zhang Lei,et al．Experimental research of the correlation between environmental crosswind and airflow rate for wet cooling towers [J]．Proceedings of the CSEE,2012,32(26)：18-22(in Chinese)．
[36]
高明,王妮妮,史月涛,等．自然通风湿式冷却塔冷却数随外界侧风变化规律的研究[J]．中国电机工程学报,2012,32(17)：20-24． Gao Ming,Wang Nini,Shi Yuetao,et al．Research on change rules of Merkel number for natural draft wet cooling tower with environmental cross wind [J]．Proceedings of the CSEE,2012,32(17)：20-24 (in Chinese)．
[37]
刘志云,王栋,林宗虎．侧向风对自然通风直接空冷塔性能影响的数值分析[J]．动力工程,2008,28(6)：915-919．Liu Zhiyun,Wang Dong,Lin Zonghu．Numerical analysis on the performance of natural draft direct cooling tower affected by cross wind[J]．Power Engineering,2008,28(6)：915-919(in Chinese)．
[38]
赵元宾．侧风对湿式冷却塔空气动力场影响的数值分析[J]．核动力工程,2008,29(6)：35-40． Zhao Yuanbin．Numerical analysis of cress wind effect on wet cooling tower aerodynamic field[J]．Nuclear Power Engineering,2008,29(6)：35-40(in Chinese)．
[39]
Moore F K．Aerodynamic design problems of dry cooling systems[C]//Proceedings of the IAHR Cooling Tower Workshop．San Francisco,California,1980．
[40]
赵旺初．谈谈空冷电厂发展[J]．东方电气评论,1998,12(1)：35-43． Zhao Wangchu．Comments on the development of dry cooling technology[J]．Dongfang Electric Discussion,1998,12(1)：35-43(in Chinese)．
[41]
Bourillot C ,Al E,Effect of Wind on the Performance of a Natural Wet Cooling Tower[C]//Fifth IAHR Cooling Tower Workshop,1980．
赵振国．自然风对空冷塔的不利影响及其改善措施[J]．应用科学学报,1998,16(1)：115-123． Zhao Zhenguo．The engineering improvement for weakening the bad effect of natural wind on the dry cooling tower[J]．Journal of applied science,1998,16(1)：115-123(in Chinese)．
[44]
Al-Waked R,Behnia M．The performance of natural draft dry cooling towers under crosswind: CFD study [J]．International Journal of Energy Resources,2004,28(2)：147-161．
[45]
张晓东,郑永刚,王清照．空冷塔内外流场的数值分析[J]．热能动力工程,2000,15(1)：52-54．Zhang Xiaodong,Zheng Yonggang,Wang Qingzhao．Numerical analysis on the flow field of dry cooling tower[J]．Thermal Power Engineering,2000,15(1)：52-54(in Chinese)．
[46]
卜永东,杨立军,杜小泽,等．电站空冷系统变工况性能的数值研究[J]．中国电机工程学报,2012,32(35)：66-73．Pu Yongdong．A Numerical approach to off-design performance of dry cooling systems in power plants [J]．Proceedings of the CSEE,2012,32(35)：66-73(in Chinese)．
[47]
Goodarzi M．A proposed stack configuration for dry cooling tower to improve cooling efficiency under crosswind[J]．Journal of Wind Engineering and Industrial Aerodynamics,2010,98(12)：858-863．
[48]
王凯．自然通风冷却塔进风口流场模型的建立及计算[J]．山东大学学报：工学版,2008,38(1)：13-17．Wang Kai．Modeling and simulation on the flow field of the inlet of natural draft wet cooling tower[J]．Journal of Shandong University,2008,38(1)：13-17(in Chinese)．
[49]
Zhai Z ,Fu S．Improving cooling efficiency of dry-cooling towers under cross wind conditions by using wind-break methods[J]．Applied Thermal Engineering,2006,26(10)：1008-1017．
[50]
Bergles,A E．Air-cooled heat exchangers and cooling towers: thermal-flow performance evaluation and design[J]．Mechanical Engineering,2000,122(6)：96-101.
[51]
Baer E G,Ernst ,Wurz D．Effect of wind on the flow in the chimney of a natural draft cooling tower[J]．VGB Kraft werk stechnik,1980,60(11)：875-881．
[52]
Jorg O,Scorer R S．An experimental study of cold inflow into chimneys[J]．Atmospheric Environmental,1967, 24(3)：645-654．
[53]
Modi V,Torrance K E．Experimental and numerical studies of cold inflow at the exit of buoyant channel flows[J]．Journal of Heat Transfer,1987,NY109(2)：392-399．
[54]
Fisher T S ,Torrance K E．Experiments on chimney- enhanced free convection[J]．Journal of Heat Transfer,1999,121(3)：603-609．
[55]
Surface M O．System designs for dry cooling towers [J]．Power Engineering,1977,81(6)：42-50．
[56]
Mc Hale C E．A New Developments in dry cooling of power plants[J]．Combustion,1980,11(5)：28-36．
Du Preez A F,Kroger D G．Effect of wind performance on a dry cooling tower[J]．Heat Recovery System CHP,1993,13(2)：139-146．
[62]
李和平,牛宝新．国产200MW空冷机组提高真空度的途径[J]．华北电力技术,1995(10)：33-37．Li Heping,Niu Baoxin．Methods on improving the vaccum of domestic 200MW dry cooling tower[J]．North China Electric Power,1995(10)：33-37(in Chinese)．
[63]
赵振国,石金铃,魏庆鼎,等．自然风对空冷塔的不利影响及其改善措施[J]．应用科学学报,1998,16(1)：115-123． Zhao Zhenguo,Shi Jinlin,Wei Qingding,et. al.．The engineering improvement for weakening the bad effect of natural wind on the dry cooling tower[J]．Journal of Applied Science,1998,16(1)：115-123(in Chinese)．
[64]
Al-Waked R ,Behnia M．The effect of windbreak walls on the thermal performance of natural draft dry cooling towers[J]．Heat Transfer Engineering,2005,26(8)：50-62．
[65]
Chen Y．Experimental research of the cross walls effect on the thermal performance of wet cooling towers under crosswind conditions[J]．Applied Thermal Engineering,2011,31(17)：4007-4013．
[66]
戴振会．冷却塔进风口加装导风板后的冷却性能比较与评价[J]．中国电力,2009,42(10)：24-27．Dai Zhenhui．Performance evaluation and its comparison of cooling towers before and after the installation of air deflectors[J]．Electric Power,2009,42(10)：24-27(in Chinese)．
[67]
陈友良,高明,赵元宾,等．侧风下逆流湿式冷却塔优化进风的试验研究[J]．中国电机工程学报,2012,32(23)：48-54． Chen Youliang,Gao Ming,Zhao Yuanbin,et al．Experimental study on optimizing inlet airflow of wet cooling towers under crosswinds [J]．Proceedings of the CSEE,2012,32(23)：48-54(in Chinese)．
[68]
黄春花,赵顺安．间接空冷系统塔型优化研究[J]．中国水利水电科学研究院学报,2011,9(4)：313-318． Huang Chunhua,Zhao Shunan．Research on optimization of tower type in indirect dry cooling system[J]．Journal of China Institute of Water Resources and Hydropower Research,2011,9(4)：313-319(in Chinese)．
[69]
Lu Y,Guan Z,Gurgenci H,Zou Z,et al．Windbreak walls reverse the negative effect of crosswind in short natural draft dry cooling towers into a performance enhancement[J]．International Journal of Heat and Mass Transfer,2013(63)：162-170．
[70]
Leene J A．Draught reduction of hyperbolic natural- draught cooling towers as a result of wind[C]//Proceeding of the 4 th Colloquium on Industrial Aerodynamics,Part 2,Fachhochschule Aachen,1980．
[71]
Larinoff M W,Russell C M B,McChesney H R,et al．Performance and capital costs of wet/dry cooling towers in power plant service;cross wind and internal flow characteristics of dry cooling towers [J]．Combustion,1978,49(11)：472-479．
[72]
Wei Q D．A study of the unfavorable effects of wind on the cooling efficiency of dry cooling towers[J]．Wind Engineering Industrial Aerodynamics,1995,54(55)：633-643．
