• 首頁 > 師資隊伍 > 正文

    于靖華

    1981-03

    博士

    教授

    建筑節能

    yujinghua@hust.edu.cn

    http://faculty.hust.edu.cn/yujinghua/zh_CN/index.htm

    個人簡介

    一、個人簡介


    于靖華,教授,建筑環境與能源應用工程系碩士生導師,湖北省制冷學會委員,武漢制冷學會青年委員會委員;主要研究方向為建筑節能、可再生能源利用及室內熱環境。主持和參與包括國家自然科學基金、教育部新教師基金等國家級課題6項,華中科技大學創新基金4項,校企合作項目多項。在國內外學術期刊發表相關研究論文80余篇, SCI和EI論文40余篇,授權專利8項,出版書籍1部,主編國際???部。目前擔任國際刊物Renewable energy、Energy、Journal of Cleaner Production,Energy and Buildings,building and Environment,Applied Energy評審專家。近年來榮獲多項榮譽稱號:

    ? 中國制冷學會優秀青年科技工作者;

    ? 百名暖通空調杰出青年;

    ? 湖北省制冷學會青年才俊獎;

    ? 校教學質量二等獎;

    ? 校教師教學競賽二等獎;

    ? 校優秀教師班主任;

    ? 環境學院優秀黨員。


    二、 主要學歷


    2004.09-2009.09 湖南大學土木工程學院 供熱、供燃氣、通風及空調工程 工學博士

    2000.09-2004.06 湖南大學土木工程學院 建筑環境與設備工程   工學學士


    三、學科專業與研究方向


    專業領域:建筑環境與設備工程、供熱供燃氣通風及空調工程、建筑技術科學

    研究方向:建筑節能、可再生能源利用及室內熱環境


    四、工作經歷


    2019.12-現在   華中科技大學環境科學與工程學院,教授

    2014.12-2019.12 華中科技大學環境科學與工程學院,副教授

    2010.03-2014.12 華中科技大學環境科學與工程學院,講師


    五、近年主要研究項目


    1. 外層定型相變與內嵌管式通風屋面的主動隔熱與蓄冷機制研究,國家自然科學基金(面上項目)(51778255,2018.01-2021.12,主持 )

    2. 基于夜間通風蓄冷的定型相變屋面熱性及氣候適用性研究,華中科技大學自主創新基金,(2018KFYYXJJ131,2018.01-2020.12,主持)

    3. 自力式能量遷移的套管封裝相變墻體系統主動隔熱機制研究. 國家自然科學基金 (面上項目)(51678263,2017.1-2020.12,參與)

    4. 鐵路旅客車站公共衛生間人性化設計的專題研究,企業聯合研究項目(2019.1-2020.12,主持)

    5. 智能車站鐵路站房自然通風策略與控制研究,企業聯合研究項目(2019.1-2020.12,參與)

    6. 鐵路客站高大空間頂部聚集熱回收節能技術研究(20161755),企業聯合研究項目(2016.09-2017.12,主持)

    7. 一種基于建筑節能安全的線側式中型鐵路站房公共區平面方案研究,企業聯合研究項目(2016.09-2017.12,參與)

    8. 空心砌塊通風墻體熱工性能與節能特性研究,華中科技大學自主創新基金(2015QN119,2015.01-2016.12,主持)

    9. 建筑外墻氣流外滲隔熱機制研究,國家自然科學基金(面上項目)(51378231,2014/01-2017/12,參與)

    10. 基于頻域的空心砌塊通風墻體動態傳熱模型及實驗研究,國家自然科學基金(青年基金)(51208221,2013.01-2015.12,主持)

    11. 夏熱冬冷地區辦公建筑透明圍護結構的天然采光與節能設計研究,華中科技大學自主創新基金(2013QN069,2013.01-2014.12主持)

    12. 內嵌管式圍護結構的瞬態傳熱模型及實驗研究,國家自然科學基金(面上項目)(51178201,2012.01-2015.12,參與)

    13. 辦公建筑圍護結構節能優化設計的評價體系研究,高等學校博士學科點專項科研基金(新教師類)(20110142120084,2012.01-2014.12,主持)

    14. 建筑不透明圍護結構保溫層厚度的優化分析研究,華中科技大學自主創新基金(2011QN123,2011.06-2012.12主持)

    15. 基于車站配套綜合物業開發項目的分布式能源應用研究,企業聯合項目(2015.5.-2016.10,參與)

    16. 武漢市大型公共建筑能耗特性分析及節能策略研究(2012.12-2015.11,參與)

    17. 昆明南站綜合節能技術研究,企業聯合研究項目(2012.12-2013.11,參與)

    18. 鐵四院生產科研樓空調系統節能評價,企業聯合研究項目(2012.11-2013.12,參與)

    19. 地下水水源熱泵回灌井群平衡回水關鍵技術研究,企業聯合研究項目(2013.02-2014.12,參與)

    20. 新長江地產綠色建筑相關技術的研究,企業聯合研究項目(2010.12-2011.12,參與)

    21. 鐵路客站地源熱泵系統熱平衡控制策略研究, 企業聯合研究項目(2010.05-2011.11,參與)

    22. 旅客車站公共區自然通風節能分析,企業聯合研究項目(2010.11-2011.10,參與)

    23. 低碳經濟下夏熱冬冷武漢地區建筑節能發展模式研究,聯合國開發計劃署子課題(2010.01-2010.06 參與)

    24. 地板輻射供熱供冷系統研究, 企業聯合研究項目(2010.04-2011.04,參與)


    六、近年發表主要國際期刊論文


    1. Jinghua Yu *, Kangxin Leng, Hong Ye, Xinhua Xu, Yongqiang Luo, Jinbo Wang, Xie Yang, Qingchen Yang, Wenjie Gang. Study on thermal insulation characteristics and optimized design of pipe-embedded ventilation roof with outer-layer shape-stabilized PCM in different climate zones. Renewable Energy 147 (2020) 1609-1622(SCI/EI)
      2. Jinghua Yu*, Qingchen Yang, Hong Ye. Thermal performance evaluation and optimal design of building roof with outer-layer shape-stabilized PCM. Renewable Energy145 (2020) 2538-2549 (SCI/EI)
      3. Yongqiang Luo, Ling Zhang, Zhongbing Liu, Jinghua Yu, Xiaosong Su, Towards net zero energy building: The application potential and adaptability of photovoltaic-thermoelectric-battery wall system.Applied Energy 258(2020)114066
      4. Tian Yan, ZhongweiSun, JiajiaGao, XinhuaXu, JinghuaYu,WenjieGang, Simulation study of a pipe-encapsulated PCM wall system with self-activated heat removal by nocturnal sky radiation, Renewable Energy 146 (2020) 1451-1464 (SCI/EI)
      5. TianYan, JiajiaGao, XinhuaXu, TaoXu, ZiyeLing, JinghuaYu. Dynamic simplified PCM models for the pipe-encapsulated PCM wall system for self-activated heat removal .International Journal of Thermal Sciences 144(2019) 27-41 (SCI/EI)
      6. Hang Wan, Zhongwei Sun, Gongsheng Huang,XinhuaXu, Jinghua Yu. Calculation of the maximum moisture buffering thickness of building wall layer of hygroscopic material, building and environment 160(2019) 106-173 (SCI/EI)
      7. Jinghua Yu*, Qingchen Yang, Hong Ye. The Optimum Phase Transition Temperature for Building Roof with Outer Layer PCM in Different Climate Regions of China. Energy Procedia 158 (2019) 3045-3051(EI)
      8. Shan Peng, Jinghua Yu*,Wenjie Gang, Liwei Tian, Qingchen Yang and Junwei Tao. Study on load characteristics of different air conditioning systems in large space railway station. IOP Conference Series:Earth and Environmental Sciencen 238, (2019)conference 1. (EI)
      9. Junchao Huang, Jinghua Yu*, Hongxing Yang. Effects of key factors on the heat insulation performance of a hollow block ventilated wall. Applied Energy 232 (2018) 409-423(SCI/EI)
      10. Jinghua Yu*, Hong Ye, Xinhua Xu, Junchao Huang, Yunxi Liu, Jinbo Wang. Experimental study on the thermal performance of a hollow block ventilation wall. Renewable Energy 122 (2018) 619-631 (SCI/EI)
      11. Jinghua Yu*, Junchao Huang, Xinhua Xu, etal. A semi-dynamic heat transfer model of hollow block ventilated wall for thermal performance prediction. Energy and Buildings 134 (2017) 285-294(SCI/EI)
      12. Hong Ye, Jinghua Yu*, Biaobiao Wang et al. Study on the Influence of Air Curtain Barrier Efficiency on Infiltration Air Volume and Temperature Distribution in Large Space in Winter, Procedia Engineering 205 (2017):2509-2516, (EI)
      13. Biaobiao Wang,Jinghua Yu*, Hong Ye, et al. Study on Present Situation and Optimization Strategy of infiltration air in a Train Station in winter. Procedia Engineering, 205(2017) 2517-2523 (EI)
      14. Chong Zhang, Jinbo Wang, Xinhua Xu, Fuxi Zou, Jinghua Yu. Modeling and thermal performance evaluation of a switchable triple glazing exhaust air window. Applied Thermal Engineering 92(2016) 8-17(SCI/EI)
      15. Jinghua Yu*, Jian Yang, Chao Xiong, Study of dynamic thermal performance of hollow block ventilated wall, Renewable Energy 84 (2015) 145-151(SCI/EI)
      16. Jinghua Yu*, Liwei Tian, Xinhua Xua, Jinbo Wang. Evaluation on energy and thermal performance for of?ce building envelope in different climate zones of China. Energy and Buildings 86 (2015) 626–639(SCI/EI)
      17. Jinghua Yu*, Yu Liu, Chao Xiong, Jun chao Huang. Study on Daylighting and Energy Conservation Design of Transparent Envelope for office building in Hot Summer and Cold Winter Zone. Procedia Engineering 121 (2015) 1642-1649(EI)
      18. Jian Yang, Jinghua Yu*, Xiong Chao. Heat Transfer Analysis of Hollow Block Ventilated Wall Based on CFD Modeling. Procedia Engineering 121 (2015) 1312 -1317 (EI)
      19. Xiong Chao, Jinghua Yu*, Jian Yang. Study of the Simplified Dynamic Thermal Network Model for the Hollow Block Ventilated Wall. Procedia Engineering 121 (2015) 1304-1311 (EI)
      20. Xinhua Xu, Jinghua Yu*, Shengwei Wang, Jinbo Wang, Research and application of active hollow core slabs in building systems for utilizing low energy sources, Applied Energy 116 (2014) 424-435(SCI/EI)
      21. Jinghua Yu*, Liwei Tian, Weiqian Zhuang, Jian Yang. Prediction of the pollutant diffusion discharged from wind tower of the city traf?c tunnel. Tunnelling and Underground Space Technology 42 (2014) 112-121(SCI/EI)
      22. Jinghua Yu*, Liwei Tian, Changzhi Yang, Xinhua Xu, Jinbo Wang. Sensitivity analysis of energy performance for high-rise residential envelope in hot summer and cold winter zone of China, Energy and Buildings 64 (2013) 264-274(SCI/EI)
      23. Jinghua Yu*, Liwei Tian,Changzhi Yang, Xinhua Xu, Jinbo Wang. Optimum insulation thickness of residential roof with respect to solar-air degree-hours in hot summer and cold winter zone of china, Energy and Buildings 43(9) (2011):2304-2313(SCI/EI)
      24. Jinghua Yu*, Changzhi Yang, Liwei Tian and Dan Liao. A study on optimum insulation thicknesses of external walls in hot summer and cold winter zone of China. Applied energy 86(11) (2009):2520-2529 (SCI/EI)
      25. Jinghua Yu*, Changzhi Yang, Liwei Tian and Dan Liao. Evaluation on energy and thermal performance for residential envelopes in hot summer and cold winter zone of China. Applied Energy 86(10)(2009):1970-1985 (SCI/EI)
      26. Jinghua Yu*, Changzhi Yang and Liwei Tian. Low-energy envelope design of residential building in hot summer and cold winter zone in China. Energy and Buildings 40 (8) (2008)1536-1546 (SCI/EI)
      27. Liwei Tian, Guoqiang Zhang, Yaolin Lin, Jinghua Yu, et.al. Mathematical model of particle penetration through smooth/rough building envelop leakages, Building and Environment 44(6) (2009):1144-1149(SCI/EI)
      28. Jinghua Yu*, Changzhi Yang, Liwei Tian and Dan Liao。Methodology for calculating the energy consumption of air-conditioner in residential building of China. International Journal of Energy Technology and Policy 6(5/6) (2008)458-473 (EI)
      29. Liwei Tian, Guoqiang Zhang, Jinghua Yu, Quan Zhang and Jin Zhou. Impact of surface roughness on particle penetration through building envelope leakage. International Journal of Energy Technology and Policy6(5/6)(2008) 534-542(EI)


    七、國際會議論文


    1. Qingchen Yang, Jinghua Yu*, Junchao Huang, Shan Peng, Junwei Tao. A simplified dynamic model of roof integrated with shaped-stabilized phase change material. the 11th International Symposium on Heating, Ventilation and Air Conditioning ,July 12-15,2019,Harbin (EI)

    2. Jinghua Yu*, Kangxin Leng, Biaobiao Wang. Study on Thermal Performance and Ventilation Strategy of Tubular Ventilation Roof. the 11th International Symposium on Heating, Ventilation and Air Conditioning ,July 12-15,2019,Harbin (EI)

    3. Jinghua Yu*, Liwei Tian, Xinhua Xu, Jian Yang. Research process on thermal modeling of hollow Block ventilated wall. APEC Conference on Low-carbon Towns and Physical Energy Storage May 25-26, 2013, Changsha, China, 551-555

    4. Qiuyuan Zhu, Xinhua Xu*, Jinghua Yu. Study of Dynamic Thermal Performance of Active Pipe-embedded Building Envelopes Based on Frequency-Domain Finite Difference Method. APEC Conference on Low-carbon Towns and Physical Energy Storage, May 25-26, 2013, Changsha, China,561-565(EI).

    5. Jinghua Yu*, Liwei Tian, Changzhi Yang, Xinhua Xu, JinboWang. Analysis of energy efficiency design of residential envelopes by using EETP index. In: The 7th International Symposium on Heating Ventilating and Air Conditioning. Shanghai, November, 2011, 108-116 (EI)

    6. Jinghua Yu*, Liwei Tian, Changzhi Yang, Xinhua Xu, JinboWang. Economic performance of energy conservation measures for residential envelopes in hot summer and cold winter zone of china. In: The 7th International Symposium on Heating Ventilating and Air Conditioning. Shanghai, November, 2011, 117-124(EI)

    7. Jinghua Yu*, Xinhua Xu, Liwei Tian. Effect of envelope design on energy consumption respect to EETP index. Proceedings of International Conference on Energy and Environment Technology, Changsha, Feb, 2011:1140-1143 (EI).

    8. Jinghua Yu*, Changzhi Yang, Liwei Tian, Dan Chen. Study of the optimum insulation thickness of opaque envelope using solar-air degree-days. In:The 6th International Symposium on Heating Ventilating and Air Conditioning. Nanjing, November, 2009,153-159 (EI)

    9. Jinghua Yu*, Changzhi Yang, Liwei Tian, Dan Chen. A case study on optimum insulation thickness of a residential roof in hot summer and cold winter zone of china. Proceedings of the 6th International Symposium on Heating Ventilating and Air Conditioning. Nanjing, November, 2009,160-165 (EI)

    10. Jinghua Yu*, Changzhi Yang, Dan Liao, Liwei Tian. Systemic evaluation of envelop thermal performance of residential buildings. Proceedings of the First International Conference on Building Energy and Environment. Dalian, July, 2008, 199-207 (ISTP)

    11. Jinghua Yu*, Changzhi Yang, Liwei Tian, Dan Liao. Energy performance of window system in residential buildings. Proceedings of the First International Conference on Building Energy and Environment. Dalian, July, 2008, 208-214 (ISTP)

    12. Jinghua Yu*, Changzhi Yang, Junwen Hu, Liwei Tian. Effects of envelope energy saving strategies on energy consumption in residential building. Proceedings of the 5th International Symposium on Heating Ventilating and Air Conditioning. Beijing, September, 2007, 849-857 (ISTP)

    13. Jinghua Yu*, Changzhi Yang, Liwei Tian, Junwen Hu. Effects of envelope energy saving strategies on different rooms in residential building. Proceedings of the 5th International Symposium on Heating Ventilating and Air Conditioning. Beijing, September, 2007, 871-878 (ISTP)

    14. Jinghua Yu*,Changzhi Yang,Rui Guo et al. The influence of operation modes, room temperature set point and curtain styles on energy consumption of room air conditioner. Proceedings of the 6th International Conference for Enhanced Building Operations. Shenzhen, November, 2006, Vol.V-4-4

    15. Dan Chen, Changzhi Yang, Jinghua Yu. Evaporative cooling techniques for handling outdoor air. Proceedings of the 6th International Symposium on Heating Ventilating and Air Conditioning.Nanjing, November, 2009: 1669-1676. (EI)

    16. Junwen Hu, Changzhi Yang, Jinghua Yu. The energy saving effect analysis of the different exterior envelope construction energy saving measures in Changsha. Proceedings of the 5th International Symposium on Heating, Ventilation and Air Conditioning. Beijing, September, 2007, 891-896 (ISTP)

    17. Junwen Hu, Changzhi Yang, Jinghua Yu. Building energy analysis and simulation of Changsha area. Proceedings of the 10th International Building Performance Simulation Association Conference and Exhibition. Beijing, September, 2007, 1871-1876 (ISTP)

    18. Zhu Qiuyuan, Xu Xinhua*, Yu Jinghua. Development of a dynamic simplified thermal model of active pipe-embedded building envelope. ASim 2012 IBPSA Asia Conference, Shanghai, Nov.25-27, 2012.

    19. Zhu Qiuyuan, Xu Xinhua, Yu Jinghua. Study of Dynamic Thermal Performance of Active Pipe embedded Building Envelopes Based on Frequency- Domain Finite Difference Method. ASim 2012 IBPSA Asia Conference, Shanghai, Nov.25-27, 2012.


    八、專利及著作權等


    1. 于靖華. (2019).一種真空管道高速磁懸浮列車熱交換系統.專利號:ZL201920803741.1

    2. 于靖華. (2019).一種真空管道磁懸浮列車到發站臺真空保持系統.專利號:ZL201910350504.9

    3. 趙金罡,于靖華. (2019).一種內嵌管排風屋面.專利號:ZL201920153510.0

    4. 于靖華. (2018).一種墻體降溫冷卻系統.專利號: ZL201820548133.6

    5. 于靖華. (2018).一種無動力強化通風坡屋面系統.專利號:ZL201820549425.1

    6. 于靖華. (2018).一種熱管再熱空調機組.專利號:ZL201820556446.6

    7. 于靖華. (2018).一種定型相變與內嵌管式通風屋面.專利號:ZL20182 1497953.3

    8. 田利偉,于靖華. (2016). 通風節能墻及空調房. 專利號:ZL201621424036.3


    九、專著與標準等


    1. 徐新華,于靖華,王飛飛,剛文杰,沈國民,王勁柏.《建筑環境與能源應用工程畢業設計指導》,機械工業出版社; 2019.2


    十、近年發表主要中文期刊論文


    1. 彭珊,于靖華*, 楊清晨, 趙金罡.高達空間空氣處理單元氣流組織特性分析[J] . 制冷與空調, 2020, 20(3):40-44

    2. 楊清晨,于靖華*,王彪彪,冷康鑫,楊頡,徐新華,田利偉[J]. 相變通風屋面簡化動態熱網模型研究[J] . 建筑熱能調, 2020,7

    3. 趙金罡,于靖華*, 田利偉等.某鐵路旅客站房衛生間污染物濃度及影響因素實測研究[J]. 建筑熱能調,2020,已接收待發表

    4. 趙金罡, 于靖華*,田利偉,龔夢雅, 鄒磊,夏提古麗,魯展. 某鐵路旅客站房衛生間排風系統優化設計研究[J],潔凈與空調技術,2019(3):11-15

    5. 趙金罡,于靖華*, 楊清晨, 田利偉, 郭輝, 陶俊威, 彭珊. 鐵路站房高大空間滲風量與溫度梯度測試研究[J]. 建筑熱能通風空調,2019. (6):1-4

    6. 于靖華*,楊清晨,田利偉,郭輝,郭旭暉,莊煒茜.鐵路旅客站房高大空間冬季熱環境測試與分析[J]. 制冷與空調, 2019.

    7. 楊清晨,于靖華*,陶俊威,彭珊. 相變屋面隔熱性能影響因素分析[J] . 建筑科學,2019.35(4):15-21

    8. 田利偉,于靖華. 基于頂送風形式的站房夏季送風冷負荷特性[J]. 暖通空調增刊1, 2018(48):9~12

    9. 田利偉,于靖華. 鐵路旅客站房公共衛生間排風系統方案研究[J]. 暖通空調增刊1, 2018(48):20~25

    10. 田利偉,于靖華. 基于分層空調的鐵路站房冬季熱負荷特性分析. 建筑環境與能源, 2018,10 :203-207

    11. 葉虹,于靖華*,黃俊潮,徐新華,空心砌塊通風墻體熱工性能實驗研究[J]. 建筑熱能通風空調,2017.36(12):1-4

    12. 于靖華*,楊健,田利偉,徐新華,黃俊潮. 基于頻域的空心砌塊通風墻體動態傳熱模型研究[J] . 建筑熱能通風空調,2017(2):1-5.

    13. 黃俊潮,于靖華*,田利偉. 某污水處理廠氣流組織模擬分析.制冷與空調[J] . 2017,31(4):406-410.

    14. 于靖華*,楊健,徐新華,田利偉. 空心砌塊通風墻體節能特性研究[J] . 建筑科學,2016(8):47-51

    15. 熊超,于靖華*. 空心砌塊通風墻體二維簡化傳熱模型研究[J]. 建筑節能,2016(2): 43-47

    16. 黃俊潮,于靖華*, 熊超.空心砌塊通風墻體的時域熱特性分析. 2016年全國暖通年會論文集,??? 2016.11.

    17. 于靖華*,楊健,田利偉,徐新華. 利用低品味能的空心砌塊通風墻體傳熱特性分析. 2016年全國暖通年會論文集,??? 2016.11.

    18. 于靖華*,劉煜,黃俊潮,熊超,夏熱冬冷地區辦公建筑透明圍護結構的天然采光與節能優化設計研究. 2015 湖北省暖通空調制冷及熱能動力學術年會論文集,2015.12, 389-393

    19. 熊超,于靖華*,劉煜 黃俊潮, 空心砌塊通風墻體的頻率熱特性研究. 2015 湖北省暖通空調制冷及熱能動力學術年會論文集,武漢,2015.12, 507-510

    20. 于靖華*,田利偉, 徐新華,楊健.空心砌塊通風墻體技術及傳熱模型研究進展[J]. 建筑熱能通風空調,2014,33(4):40-43

    21. 田利偉,于靖華,郭旭輝. 鐵路旅客站房高架車道污染物[J]. 制冷與空調, 2014,28(3):276-280

    22. 于靖華*,田利偉,楊昌智. 夏熱冬冷地區居住建筑屋頂保溫層最佳厚度分析[J].中南大學學報,2012,43(4):1545-1550 (EI收錄)

    23. 于靖華*,田利偉, 楊昌智. 夏熱冬冷地區住宅圍護結構能耗的靈敏度分析[J].建筑熱能通風空調,2012,21(1)41-45

    24. 廖丹,楊昌智,于靖華.中央空調冷卻水溫度與溫差優化設計, 2008年鐵路暖通空調學術年會論文集, 2012-8: 50-54

    25. 田利偉,于靖華. 昆明南站高架候車廳通風系統優化設計.暖通空調增刊2, 2012(42):50-54

    26. 田利偉,于靖華.新廣州火車站自然通風潛力分析[J].暖通空調, 2011, 41(9):82-86

    27.  田利偉 于靖華.城市交通隧道污染物風塔高空排放研究[J]. 潔凈與空調技術,2011,2:30-34

    28. 于靖華*, 田利偉,徐新華,王勁柏.基于EETP指標的居住建筑圍護結構能耗研究[J].華中科技大學學報2011,39(3) :124-127(EI收錄)

    29. 田利偉,于靖華.城市交通隧道污染物風塔高空排放研究[J].潔凈與空調技術,2011,(2):30-34

    30. 于靖華*,楊昌智,田利偉,廖丹.長沙地區居住建筑不透明圍護結構保溫層最佳厚度的研究[J].湖南大學學報,2009,36(9):16-20 (EI收錄)

    31. 于靖華*,楊昌智,田利偉,廖丹.夏熱冬冷地區圍護結構熱工性能系統評價方法的研究[J].湖南大學學報,2008,35(10):15-19(EI收錄)

    32. 田利偉,張國強,于靖華等.顆粒物在建筑圍護結構縫隙中穿透機理的數學模型[J].湖南大學學報(自然科學版)2008,35(10):11-15(EI 收錄)

    33. 郭瑞,楊昌智,于靖華等.湖南省博物館千年古尸展廳空調系統性能分析與改造[J].制冷與空調(四川),2007,(2):66-71.


    2020年世界重大体育赛事