ÈÙÓþ½±Àø
1. ÉÂÎ÷Ê¡¸ßµÈѧУ¿Æѧ¼¼ÊõÑо¿ÓÅÐã³É¹û½±£¬Ò»µÈ½± (1/11)£¬¡°ÓÐÉ«Ò±½ð¹¤Òµ³§·¿¸´ÔÓÎÛȾÎï¶àÔª»¯Í¨·çм¼ÊõÓëÓ¦Óá±£¬2023
2. ÉÂÎ÷Ê¡¿Æѧ¼¼Êõ½ø²½½±£¬Ò»µÈ½± (3/11)£¬¡°¹¤Òµ½¨Öþ¸ß´ó¿Õ¼ä»·¾³·ÖÇø¿ØÖƹؼü¼¼ÊõÓëÓ¦Óá±£¬2022
3. ¡°ÎÐÐýͨ·ç¼¼Êõ¡± ÈëÑ¡¹ú¼ÒÎÀÉú½¡¿µÎ¯¡¶¹¤×÷³¡Ëù»¯Ñ§¶¾Î﹤³Ì·À»¤ÏȽøÊÊÒ˼¼ÊõÖ¸ÄÏ(2022Äê)¡·£¬2022
4. Öйú¸Ö½á¹¹Ð»á¿Æѧ¼¼Êõ½±£¬Ò»µÈ½± (10/15)£¬¡°´óÐ͹¤Òµ½¨Öþ»·¾³ÖÊÁ¿ÌáÉýÓë½ÚÄܹؼü¼¼Êõ¡±£¬2019
5. ÖÐÒ±¼¯ÍÅ¿Æѧ¼¼Êõ½±£¬¶þµÈ½± (7/15)£¬¡°¸ßÎÛȾ¹¤Òµ½¨Öþ¸ßЧ»·¾³¿ØÖƹؼü¼¼ÊõÓ빤³ÌÓ¦Óá±£¬2019
6. Ì첩×ۺϿËÂÞµØÑÇappÓÅÐ㲩ʿѧλÂÛÎÄ£¬2020
7. Ì첩×ۺϿËÂÞµØÑÇappÓÅÐã±ÏÒµÉú£¬Ì첩×ۺϿËÂÞµØÑÇapp£¬2019
8. È«¹úÈýµÈ½±£¬È«¹ú´óѧÉú½ÚÄܼõÅÅÉç»áʵ¼ùÓë¿Æ¼¼¾ºÈü£¬2018
9. ²©Ê¿Éú¹ú¼Ò½±Ñ§½ð£¬2017£¬2018
10. ÓÅÐãÂÛÎĽ±£¬È«¹úͨ·ç¼¼ÊõÄê»á£¬2017
ѧÊõÂÛÎÄ
ÆÚ¿¯ÂÛÎÄ£º
1. Zhixiang Cao, Minghao Zhang, Chao Zhai, Yi Wang*. Scheduling optimization of shared energy storage station in industrial park based on reputation factor. Energy and Buildings, 2023, 299:113596.
2. Zhixiang Cao, Xingxing Yang, Yi Wang*, Tongtong Zhao, Chao Zhai, Songheng Wu. Analysis of fugitive emission dispersion from urban industrial buildings and optimization using wind catchers. Journal of Wind Engineering & Industrial Aerodynamics, 2023, 239:105448.
3. Yi Wang, Tongtong Zhao, Zhixiang Cao*, Chao Zhai, Yu Zhou, Wenchao Lv, Tongyang Xu, Songheng Wu. Numerical study on the forced convection enhancement of flat-roof integrated photovoltaic by passive components. Energy and Buildings, 2023, 289:113063.
4. Zhixiang Cao, Pan Xiao, Yi Wang*, Yuqing Bai, Chen Zhang, Tongtong Zhao, Chao Zhai, Minghao Zhang, Songheng Wu. Performance of novel overhead crane fume-collecting hood for pollutant removal. Building Simulation, 2023, 16:1081¨C1095.
5. Zhixiang Cao, Yifan An, Yi Wang*, Yuqing Bai, Tongtong Zhao, Chao Zhai. Energy consumption of intermittent ventilation strategies of different air distribution modes for indoor pollutant removal. Journal of Building Engineering. 2023, 69:106242.
6. Zhixiang Cao, Yuqing Bai, Yi Wang*, Yifan An, Chen Zhang, Tongtong Zhao, Chao Zhai, Wenchao Lv, Yu Zhou, Songheng Wu. Numerical study on the effect of buoyancy-driven pollution source on vortex ventilation performance. Building and Environment, 2022, 225:109634.
7. Zhixiang Cao, Ruiping Wang, Chao Zhai, Yi Wang*, Tongtong Zhao, Songheng Wu. Flow characteristics and formation optimization of vortex ring air supply. Indoor Air, 2022, 32:e13096.
8. Chao Zhai, Yi Wang, Zhixiang Cao*, Tongtong Zhao, Ruiping Wang, Chen Zhang, Songheng Wu. Effect of thermal buoyancy on vortex ring air supply mode. Building and Environment, 2022, 221:109257.
9. Zhixiang Cao, Qiyue Zhang, Chao Zhai, Yi Wang*, Ruiping Wang, Pan Xiao, Tongtong Zhao, Songheng Wu, Yu Zhou, Yanqiu Huang. Experimental study of the formation and diffusion of soap bubbles for wrapping and transporting indoor airborne pollution. Building and Environment, 2022, 218:109148.
10. Zhixiang Cao, Chen Zhang, Chao Zhai, Yi Wang*, Meng Wang, Tongtong Zhao ,Wenchao Lv, Yanqiu Huang. Evaluation of a novel curved vortex exhaust system for pollutant removal. Building and Environment, 2021, 200:107931.
11. Yi Wang, Tongtong Zhao, Zhixiang Cao*, Chao Zhai, Songheng Wu, Chen Zhang, Qiyue Zhang, Wenchao Lv. The influence of indoor thermal conditions on ventilation flow and pollutant dispersion in downstream industrial workshop. Building and Environment, 2021, 187:107400.
12. Zhixiang Cao*, Tongtong Zhao, Yi Wang, Hongyu Wang, Chao Zhai, Wenchao Lv. Novel fluid diode plate for use within ventilation system based on Tesla structure. Building and Environment, 2020, 185:107257.
13. Yi Wang, Chao Zhai, Zhixiang Cao*, Tongtong Zhao. Potential application of using vortex ring for personalized ventilation. Indoor Air, 2020, 30:1296¨C1307.
14. Yi Wang, Chao Zhai, Tongtong Zhao, Zhixiang Cao*. Numerical study on pollutant removal performance of vortex ventilation with different pollution source locations. Building Simulation, 2020, 13:1373¨C1383.
15. Zhixiang Cao, Chao Zhai, Yi Wang*, Tongtong Zhao, Hongyu Wang. Flow characteristics and pollutant removal effectiveness of multi-vortex ventilation in high pollution emission industrial plant with large aspect ratio. Sustainable Cities and Society, 2019, 54:101990.
16. Zhixiang Cao, Yi Wang*, Chao Zhai, Meng Wang. Performance evaluation of different air distribution systems for removal of concentrated emission contaminants by using vortex flow ventilation system. Building and Environment, 2018, 142:211¨C220.
17. Zhixiang Cao, Yi Wang*, Meng Wang. Comparison between vortex flow and bottom-supply flow on contaminant removal in a ventilated cavity. International Journal of Heat and Mass Transfer, 2018, 118:223¨C234.
18. Yi Wang*, Zhixiang Cao. Industrial building environment: old problem and new challenge. Indoor and Built Environment, 2017, 26:1035¨C1039.
19. Zhixiang Cao, Yi Wang*, Mengjie Duan, Huaxin Zhu. Study of the vortex principle for improving the efficiency of an exhaust ventilation system. Energy and Buildings, 2017, 142:39¨C48.
20. Mengjie Duan, Yi Wang, Dong Gao, Yang Yang, Zhixiang Cao. Modeling dispersion mode of high-temperature particles transiently produced from industrial processes. Building and Environment, 2017, 126:457¨C470.
21. Yi Wang*, Jia-Ning Fan, Yang Yang*, Yuming Zhang, Zhixiang Cao, Tianlong Wang. Statistical analysis of jet drop generation based on bubble size measurements in the pickling process. Building and Environment, 2019, 155:25¨C33.
22. Yi Wang*, Songheng Wu, Yang Yang, Xiaoni Yang, Han Song, Zhixiang Cao, Yanqiu Huang. Evaporation and movement of fine droplets in non-uniform temperature and humidity field. Building and Environment, 2019, 150:75¨C87.
23. Zhixiang Cao*, Chao Zhai, Tongtong Zhao, Yi Wang. Numerical Study on Pollutant Removal Performance of Vortex Ventilation in Different Pollutant Locations. Environmental Science and Engineering, 2019, 67¨C75.
24. Songheng Wu, Yi Wang*, Canwen Chen, Zhixiang Cao, Jiaxuan Cao, Zhuolei Yu, Han Song. Valley city ventilation under the calm and stable weather conditions: A review. Building and Environment, 2021, 194:107668.
25. ÍõºêÓî, ²ÜÖÇÏè*, Íõâù. ÐÂÐÍÎÐÐýÅÅ·çÕÖ²¶¼¯ÎÛȾÎïµÄÊýÖµÑо¿. ½¨ÖþÈÈÄÜͨ·ç¿Õµ÷, 2021, 40(5): 43¨C46.
26. л´º²¨, ȨÃη², ²ÜÖÇÏè*, Íõâù, ËｨÐÂ. ÍõÐñƽÐÐÁ÷ËÍ·ç¶Ô²àÎüÅÅ·çÕÖÑÌÆø²¶¼¯Ð§ÂʵÄÌáÉý. »·¾³¹¤³Ì, 2021, 39(10):105¨C113.
»áÒéÂÛÎÄ£º
1. Zhixiang Cao*, Yifan An, Yuqing Bai, Chen Zhang, Yi Wang. Study on durability and intermittent operation energy consumption of three ventilation air distribution in large industrial workshop. Ventilation 2022: 13th International Industrial Ventilation Conference for Contaminant Control, 2022, Toronto, Canada.
2. µÔ³¬, ²ÜÖÇÏè*, Íõâù, ÕÔͬͬ, Íõî£Æ½. ·ÇµÈÎÂÌõ¼þ¶ÔÎл·ËÍ·çģʽµÄÓ°Ïì.µÚ¶þ½ì»ªÈËÄÜÔ´ÓëÈ˹¤»·¾³¹ú¼ÊѧÊõ»áÒé, 2021, ³É¶¼, Öйú.
3. Zhixiang Cao*, Chao Zhai, Tongtong Zhao, Yi Wang. Numerical study on pollutant removal performance of vortex ventilation in different pollutant locations. The International Symposium on Heating, Ventilation and Air Conditioning 2019 (ISHVAC 2019), 2019, Harbin, China.
4. Zhixiang Cao*, Yi Wang, Meng Wang, Chao Zhai. Numerical study on a novel vortex side hood for high temperature pollutant control. Roomvent & Ventilation Conference 2018, 2018, Espoo, Finland.
5. Zhixiang Cao*, Yi Wang, Meng Wang. A Comparison of concentrated contaminant removal in enclosure by using mixing ventilation and vortex ventilation. COBEE 2018, 2018, Melbourne, Australia.
6. ²ÜÖÇÏè*, Íõâù,µÔ³¬,ÍõÃÈ.²»Í¬ÍäÇú¶ÈÏÂÎÐÐýÅÅ·çÕÖµÄÁ÷³¡ÌØÐÔ¼°²¶¼¯Ð§ÂÊÑо¿.µÚ13½ìÈ«¹ú½¨ÖþÎïÀíѧÊõ´ó»á, 2018, Î÷°²,Öйú.
7. ²ÜÖÇÏè*, ÍõÃÈ, Íõâù. ÐÂÐÍÎÐÐýÅÅ·çϵͳ²¶¼¯ÎÛȾÎïµÄÊýÖµÑо¿. È«¹úͨ·ç¼¼ÊõÄê»á, 2017, Âí°°É½, Öйú.
»áÒ鱨¸æ£º
1. Study on durability and intermittent operation energy consumption of three ventilation air distribution in large industrial workshop. Ventilation 2022: 13th International Industrial Ventilation Conference for Contaminant Control, 2022, Toronto, Canada.
2. ¹¤Òµ½¨Öþ¸ßЧͨ·ç¼¼Êõ¸ÅÊö. µÍ̼¡¢½¡¿µÄ¿±êϳÇÊкͽ¨Öþͨ·çÀíÂÛ¡¢¼¼ÊõÓë·½·¨, ½ÌÓý²¿²úѧºÏ×÷ÐͬÓýÈËÏîÄ¿¡°¹«Òæ-¹«¿ª¡±ÏßÉϿγÌ. 2022.
3. ÎÐÐýÆøÁ÷Çý¶¯µÄÆøÔØÎÛȾÎï¿ØÖƼ¼ÊõÑо¿. µÚÊ®½ìÖйú»·¾³¿Æѧѧ»áÊÒÄÚ»·¾³Ó뽡¿µ·Ö»áѧÊõÄê»á. 2021, Î人, Öйú.
4. Valley city ventilation under the calm and table weather conditions. Session: Human-building interactions, ICEC 2021, 2021, Southampton, UK.
5. »ùÓÚÎнṹµÄ¹¤Òµ½¨Öþͨ·çÆøÁ÷×é֯ģʽÑо¿. µÚ¶þÊ®¶þ½ìÈ«¹úůͨ¿Õµ÷ÖÆÀäѧÊõÄê»á,¹¤ÒµÍ¨·ç¼¼Êõ·Ö»á³¡, 2020, Ì«Ô, Öйú.
6. Numerical study on pollutant removal performance of vortex ventilation in different pollutant locations. Session 39: Ventilation Simulations 2, The International Symposium on Heating, Ventilation and Air Conditioning 2019 (ISHVAC 2019), 2019, Harbin, China.
7. Demand-oriented environment by using vortex ventilation in industrial building. Workshop 7: Trends in demand-oriented non-uniform air distributions, Roomvent & Ventilation Conference 2018, 2018, Espoo, Finland.
8. Numerical study on a novel vortex side hood for high temperature pollutant control. Parallel Session: Ventilation Systems for Contaminant Control (CC2), Roomvent & Ventilation Conference 2018, 2018, Espoo, Finland.
9. A comparison of concentrated contaminant removal in enclosure by using mixing ventilation and vortex ventilation.Parallel Session: Ventilation(2), COBEE 2018, 2018, Melbourne, Australia.
10. ÐÂÐÍÎÐÐýÅÅ·çϵͳ²¶¼¯ÎÛȾÎïµÄÊýÖµÑо¿. È«¹úͨ·ç¼¼ÊõÄê»á, ¹¤ÒµÍ¨·ç·Ö»á³¡, 2017, Âí°°É½, Öйú.
Öø×÷±ê×¼
1. ¹¤Òµ½¨Öþ½ÚÄÜ, µÚÈýÕÂ"¹¤Òµ½¨Öþͨ·ç½ÚÄܼ¼Êõ", Öйú½¨Öþ¹¤Òµ³ö°æÉç, 2018.
2. Industrial Ventilation Design Guidebook, Vol. 2, Chapter 2 "Local Ventilation", Elsevier Press, 2021.
3. Handbook of Ventilation Technology for the Built Environment, Chapter 14 "Ventilation in Industry Buildings", IET, 2021.
4. Handbook of Indoor Air Quality, Chapter "Indoor Air Quality in Industrial Buildings", Springer Press, 2022.
5. ²Î±à4²¿ºÚÉ«Ò±½ðÐÐÒµ±ê×¼£º
YB/T 4978-2021 Á¶¸Öµç¯ÑÌÆøͨ·ç³ý³¾¼¼Êõ¹æ·¶
YB/T 4979-2021 ¸ß¯ÑÌÆøͨ·ç³ý³¾¼¼Êõ¹æ·¶(±ê×¼ÊÕ¼ÎÐÐýͨ·ç¼¼Êõ)
YB/T 4980-2021 Ôþ¸Ö¹¤ÒÕͨ·ç¾»»¯³ý³¾¼¼Êõ¹æ·¶
YB/T 4981-2021 ת¯ÑÌÆøͨ·ç³ý³¾¼¼Êõ¹æ·¶
6. ²Î±à2²¿¹¤ÒµµÍ̼ÁìÓòÍÅÌå±ê×¼£º
T/CIECCPA 030-2023 Áã̼¹¤³§´´½¨ÓëÆÀ¼ÛͨÔò
T/CIECCPA 031-2023 Áã̼԰ÇøÆÀ¼ÛͨÔò
֪ʶ²úȨ
1. Èí¼þÖø×÷Ȩ£º¹¤ÒµÔ°ÇøÄÚ¶àÆóÒµÎݶ¥¹â·ü×ÊÔ´¹²Ïí´¢ÄÜͶ×ʾ¼ÃÐÔ¼ÆËãÈí¼þV1.0£¬2023SR0429649£¬²ÜÖÇÏ裬ÕÅÃúºÀ£¬Íõâù£¬µÔ³¬
2. Èí¼þÖø×÷Ȩ£ºÍ¨·çϵͳÆôÍ£ÓÅ»¯Èí¼þV1.0£¬2021SR1129869£¬²ÜÖÇÏ裬°²âù·«£¬Íõâù
3. ·¢Ã÷רÀû£ºÒ»ÖÖ¿É¿ª±ÕµÄÖù×´¿ÕÆøÎÐÐý²àÎüÅÅ·ç×°Öã¬ZL201710418517.6£¬Íõâù£¬²ÜÖÇÏ裬ÍõÃÈ£¬µÔ³¬
4. ·¢Ã÷רÀû£ºÒ»ÖÖËÍ·ç¿Éµ÷½ÚµÄÖù×´¿ÕÆøÎÐÐýÅÅ·ç×°Öã¬ZL201711140458.7£¬Íõâù£¬²ÜÖÇÏ裬ÍõÃÈ£¬µÔ³¬
5. ·¢Ã÷רÀû£ºÒ»ÖÖ¿ª³¨Ê½¿ÕÆøÎÐÐý²àÎüÅÅ·ç×°Öã¬ZL201711394390.5£¬Íõâù£¬²ÜÖÇÏ裬µÔ³¬£¬ÍõÃÈ£¬»ÆÑÞÇï
6. ·¢Ã÷רÀû£ºÒ»ÖÖÊÊÓÃÓڸߴó¿Õ¼ä½¨ÖþµÄÎÐÐýͨ·çϵͳ¼°·½·¨£¬ZL201810913898.X£¬Íõâù£¬²ÜÖÇÏ裬µÔ³¬£¬ÍõÃÈ£¬»ÆÑÞÇÃÏÏþ¾²
7.·¢Ã÷רÀû£ºÒ»ÖÖ½áºÏ·çÄ»µÄת¯¶þ´ÎÑÌÆø²¶¼¯×°Öã¬ZL201811065807.8£¬ÈÙ¿¡ºÀ£¬»ÆÑÞÇÍõâù£¬ÀîÂúÌ㬽ª´³£¬²ÜÖÇÏè
8. ʵÓÃÐÂÐÍרÀû£ºÒ»ÖÖÏÞÖÆÁ÷Ìå»ØÁ÷×°Öã¬ZL201820126448.1£¬Íõâù£¬²ÜÖÇÏ裬µÔ³¬£¬ÍõÃÈ£¬»ÆÑÞÇï
9. ʵÓÃÐÂÐÍרÀû£ºÒ»ÖÖÎÐÐý¿ÕÆø¾»»¯¼ÓʪÆ÷£¬ZL201821187873.8£¬Íõâù£¬²ÜÖÇÏ裬µÔ³¬£¬ÍõÃÈ£¬»ÆÑÞÇÃÏÏþ¾²
10. ʵÓÃÐÂÐÍרÀû£ºÒ»ÖÖÕóÁÐÎл·ËÍ·ç×°Öã¬ZL201921200133.8£¬²ÜÖÇÏ裬Íõâù£¬µÔ³¬£¬ÕÔͬͬ£¬ÍõºêÓî
11. ʵÓÃÐÂÐÍרÀû£ºÒ»ÖÖÓÃÓڸߴó¿Õ¼äµÄ¿ÉÊÊÓ¦Ìì³µÎÐÐýͨ·ç×°Öã¬ZL202121602152.0£¬²ÜÖÇÏ裬ÑîÐÇÐÇ£¬Íõâù
12. ʵÓÃÐÂÐÍרÀû£ºÒ»ÖÖ·ÊÔíÅݸ¨ÖúµÄÎÛȾÎﲶ¼¯×°Öã¬ZL202121589907.8£¬²ÜÖÇÏ裬ÕÅÆðÔ¾£¬Íõâù£¬µÔ³¬£¬Íõî£Æ½£¬Ð¤ÅÎ
13. ʵÓÃÐÂÐÍרÀû£ºÒ»ÖÖ¸ßзçÁ¿µÄÎл·ËÍ·ç×°Öã¬ZL202121698918.X£¬²ÜÖÇÏ裬Íõî£Æ½£¬Íõâù£¬µÔ³¬
14. ʵÓÃÐÂÐÍרÀû£ºÒ»Öֶ๤¿ö¿Éµ÷Á¢Ê½ÎÐÐýͨ·ç²âÊÔ×°Öã¬ZL202121450661.0£¬²ÜÖÇÏ裬ÕÅè¡£¬Íõâù£¬µÔ³¬£¬°×ÓñÇà
15. ʵÓÃÐÂÐÍרÀû£ºÒ»ÖÖÊÊÓÃÓڸ߯³öÌú¿ÚµÄÎÐÐýͨ·çϵͳ£¬ZL202121518363.6£¬²ÜÖÇÏ裬ÕÔͬͬ£¬Íõâù£¬µÔ³¬£¬ÕÅÆðÔ¾£¬ÕÅè¡
16. ʵÓÃÐÂÐÍרÀû£º×ÔÊÊÓ¦·çÏòµÄ¹â·ü×é¼þÇå½à½µÎÂ×°Öã¬ZL202220552036.0£¬²ÜÖÇÏ裬ÕÅÃúºÀ£¬Íõâù£¬ÕÔͬͬ£¬µÔ³¬
17. ʵÓÃÐÂÐÍרÀû£ºÒ»ÖÖ´øÓе²°åµÄ²àÉÏÎüÕÖ£¬ZL201520859183.2£¬µÚÎåÐìÌΣ¬»ÆÑÞÇÍõâù£¬²ÜÖÇÏ裬ÈÎÏþ·Ò£¬ÂíØÓγ£¬Ð¤ÓÂÇ¿
18. ʵÓÃÐÂÐÍרÀû£ºÒ»ÖÖÁ½¶ÎʽÑÌÆøÈÈ»ØÊÕ½ÚÄÜÆ÷£¬ZL201620488465.0£¬Ð¤ÓÂÇ¿£¬Ö컪öΣ¬Íõâù£¬²ÜÖÇÏè
19. ʵÓÃÐÂÐÍרÀû£ºÒ»ÖÖ¿Õµ÷ÊÒÍâ»úÆøÄ»ºáÏòÉ¢ÈÈÅÅ·ç×°Öã¬ZL201920228608.8£¬Ð¤ÓÂÇ¿£¬²ÜÖÇÏ裬Íõâù
