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李斐

(南京工業大學副教授)

鎖定
李斐,男,山東安丘人,博士南京工業大學城市建設學院副教授,研究生導師 [1] 
中文名
李斐
畢業院校
天津大學
加州大學洛杉磯分校
學位/學歷
博士
職    業
教師
職    務
研究生導師
職    稱
副教授
性    別

李斐人物經歷

2019.7 南京工業大學,副教授
2006至2010 合肥工業大學本科
2010至2015 天津大學&加州大學洛杉磯分校博士(聯培)
2016至2019南京工業大學,助理教授 [2] 
主要社會工作:
多個SCI收錄國際期刊審稿人,中國環境科學學會室內環境與健康分會青委會委員 [1]  ,蘇北發展特聘專家

李斐主講課程

本科課程:城建專業論文寫作、熱工測量與自動控制
研究生課程:綠色建築概論、室內空氣品質 [1] 

李斐研究方向

室內空氣污染物檢測(TVOC、甲醛、顆粒物)
潔淨室檢測、過濾器測試
建築三維測繪建模 [1] 

李斐研究成果

科研項目(縱向):
1.國家自然科學基金:非連續通風下多區建築內污染物正反計算模型研究。(主持);
2.江蘇省自然科學基金(BK20171015)(主持);
3.國家博士後面上項目(No. 2019M651818):城市風環境下污染源的無人機羣多場協同辨識研究(主持)
3.波音公司資助項目(2010-SDB-04):Reliable Experimental Data and CFD Model Validation of Air Distributions and Contaminant Transport in a Commercial Aircraft Cabin.(主要參與人);
4.973資助項目(2012CB720100):客機機艙空氣質量及熱舒適實驗評價(主要參與人);
5. 中國留學基金委&加州空氣質量管理局:Application of a High Efficiency Filtration System for Air Pollution Exposure Reduction inside School Buses(參與) [1] 
代表論文:
期刊(僅一作及通訊):
[1] HengjieZheng,Fei Li*, HaoCai, Kai Zhang. Non-intrusive Measurement Method for the Window Opening Behavior.Energy and Buildings, 2019.
[2]Xiaoran Liu,Fei Li*, HaoCai**, Kai Zhang,Jinxiang Liu, JihengXu, Xianting Li. Dynamical source term estimation in a multi-compartment building under time-varying airflow.Building and Environment, 2019.
[3] QilinFeng, HaoCai*,Fei Li**, Xiaoran Liu, Shichao Liu, JihengXu. An improved particle swarm optimization method for locating time-varying indoor particle sources[J].Building and Environment, 2019, 147: 146-157.
[4] Xiaoran Liu,Fei Li*, HaoCai, Bin Zhou, Shanshan Shi, Jinxiang Liu. A Numerical Investigation on the Mixing Factor and Particle Deposition Velocity for Enclosed Spaces under Natural Ventilation.Building Simulation, 2019, 12(3): 465-473.
[5]Fei Li, Junjie Liu, JianlinRen, Xiaodong Cao. Predicting contaminant dispersion using modified turbulent Schmidt numbers from different vortex structures[J].Building and Environment, 2018, 130:120-127.
[6]Fei Li*, Eon S. Lee, Bin Zhou, Junjie Liu, Yifang Zhu. Effects of the window openings on the micro-environmental condition in a school bus[J].Atmospheric Environment, 2017, 167: 434-443.
[7]Fei Li, Junjie Liu, JianlinRen, Xiaodong Cao, Yifang Zhu. Numerical investigation of airborne contaminant transport under different vortex structures in the aircraft cabin[J].International Journal of Heat and Mass Transfer, 2016, 96: 287-295.
[8]Fei Li, Eon S. Lee, Junjie Liu, Yifang Zhu. Predicting self-pollution inside school buses using a CFD and multi-zone coupled model[J].Atmospheric Environment, 2015, 107: 16-23.
[9]Fei Li, Bingye Li, Junjie Liu. Measuring and containing longitudinal flow: Important for airborne pollutants control in an aircraft cabin[J].Science and Technology for the Built Environment (HVAC&R), 2015, 21(8): 1126-1133.
[10]Fei Li, Junjie Liu, Jingjing Pei, Chao-Hsin Lin, Qingyan Chen. Experimental study of gaseous and particulate contaminants distribution in an aircraft cabin[J].Atmospheric Environment, 2014, 85: 223-233.
[11]李斐,程建傑,周斌,陳晨.基於全面訓練的環能專業論文寫作課程的設計[J].教育教學論壇,2019(10):175-177.[12]李斐,鄭恆傑,周斌,劉曉冉,張愷.陳晨建築室內人員開窗行為的驅動因素及模型算法綜述[J].製冷與空調,2020(1). [1] 
會議(僅一作及通訊):
[9]Li F, Li B, Liu J. A Method to Measure Three Dimensional Airflow Rates in an Aircraft Cabin.Indoor Air 2014 Conference, Hong Kong.
[10]Li F, Ren J, Li B, et al. Nonlinear Measurement and Analysis of Contaminant Distribution in an Aircraft Cabin.Roomvent 2014Conference,Brazil.
[11]Li F,Ren J, Li B, et al. Coupling Experiment for Double Sources in an Aircraft Cabin Mockup.COBEE 2015 Conference,China.
[12]Li F*, Lee E S, Zhou B, et al. Effects of the Side Window Positions on the Micro-environmental Condition in a School Bus[C].ISHVAC 2017 Conference, China.
[13] Liu X,Li F*, Ye M, et al. Characterization of the Mixing Factor and Particle Deposition Velocity for Enclosed Spaces.ACRA 2018 Conference, Sapporo, Japan.
[14]李斐,林新智,周斌,劉曉冉,鄭恆傑.開窗位置對客車內流場影響的研究[C].IEHB 2017,中國.
[15]鄭恆傑,李斐,周斌,劉曉冉.人員開窗行為影響因素及算法的綜述研究[C].第21屆全國暖通空調製冷學術年會,中國 [1]  .
發明專利:
[1]葛寶臻,劉俊傑,孟睿,鍾現奎,李斐.基於光纖連接的多種折射率顆粒粒徑多點測量裝置及方法.
[2]李斐,王瑜,周斌.一種基於馬爾科夫鏈的非穩態流場下污染源逆向識別算法.
[3]李斐,周斌,張玉貴,鍾希寶,王瑜.一種基於CCD/CMOS芯片的多功能顆粒物採樣裝置.
[4]李斐,黃靖靖,武思靜,褚磊馳,鄭恆傑,劉曉冉.基於紅外熱成像技術的冷熱風滲透量定量測量方法 [1]  .
數據截止2019年11月
參考資料