個人信息：
姓名：方翔 職稱：講師
專業：能源動力 學曆層次：博士
辦公室地點：6103
聯系方式：xiang.fang@sues.edu.cn
主講課程：《流體力學》，《燃燒學》，《熱力發電廠》、《熱工學基礎》
個人簡介：
2010.09-2014.09 重慶科技大學油氣儲運學士
2014.07-2015.10 甘肅通泰環保科技有限公司發酵工藝工程師
2016.03-2020.10 皇家墨爾本理工大學機械工程博士
2018.05-2018.06 香港城市大學研究助理
2019.01-2019.12 維多利亞大學助理講師
2020.10-2023.05 皇家墨爾本理工大學能源動力博士後
研究方向：
厭氧發酵工藝方法、反應器設備制造、激光粒子圖像測速。
主要科研項目：
[1]Next-generation, prefabricated, modular, solar heating and cooling system，2020 - 2022，澳大利亞研究理事會, 自然科學基金，參與。(結題)
[2] 大型多相非牛頓流可視化攪拌試驗裝置，2023，上海市高水平地方高校項目，45萬，省部級縱向，授權主持1/1。(結題)
[3] 可視化全混氣體攪拌實驗系統，2024，上海市高水平地方高校項目，19萬，省部級縱向，授權主持1/1。(結題)
[4] AComprehensive Study of Fire Whirls and Optimization of Smoke Exhaust in theLarge Scale Atrium Using CFD, 2016 - 2022，澳大利亞研究理事會, 自然科學基金，參與。(結題)
橫向科研項目：
[1] 2022–2025，校企合作橫向，甘肅方正節能科技服務有限公司，規模化生物天然氣工程關鍵技術研究與應用，150萬，主持。（在研）
[2] 2024–2025，校企合作橫向，上海聞源環境科技有限公司，高含固生物質原料的渦流離心脫沙技術研究與應用，15萬，主持。（在研）
[3] 2024–2025，校企合作橫向，甯波牧光科技有限公司，PIV激光顆粒圖像裝置在大空間流場測量中的應用，9萬，主持。（在研）
[4] 2024–2025，校企合作橫向，上海交通大學，鍋爐制造-服役全流程應力演變規律有限元模拟技術開發，5萬，參與3/3。（在研）
主要科研成果：
1、代表性論文：
1.Xiang Fang,Xueren Li, Xiujin Li, Jiaqi Fan, Yihuan Yan, Jiyuan Tu, Characterization andquantitively analysis on the high solid anaerobic digestion in the large scaleStirred Tank Reactor, Renewable Energy, 2025
2.Xueren Li, Liwei Zhang, Bichen Shang, XiangFang*, Yao Tao, Yin Ma, Yong Wang, Jiyuan Tu,Study on full-scale experimental andnumerical investigation of fire-induced smoke control in an undergroundDouble-Island Subway Station, International Communications in Heat and MassTransfer,2025
3. Xiang Fang,Hao Wu, Nan Gui, Xiujin Li, Jiyuan Tu, Effect of particle shapes on diffusionand mixing in a cylindrical mixer with rotating paddles, Computational ParticleMechanics, 2024
4.Xueren Li, Liwei Zhang, Bichen Shang, XiangFang*, Yao Tao, Yin Ma, Yong Wang, Jiyuan Tu,Thermal energy and thermos-economic analysis of PCM-TES for space heating basedon low-temperature waste heat: An experimental and numerical study, 2024
5.Xiang Fang,Yihuan Yan, Xiujin Li, Fajiang He, Jiyuan Tu, Characterisation and analysis onthe agitation of downward pitched blade turbine in the Stirred Tank Reactor,Chemical Engineering Journal, 2023
6.Xiang Fang,Anthony C.Y. Yuen, Guan H. Yeoh, Eric W.M. Lee, Sherman C.P. Cheung, Numericalstudy on using the vortex flow to improve the smoke exhaust efficiency in thelarge-scale atrium fires, Indoor and Built Environment, 2021
7.Xiang Fang,Anthony C.Y. Yuen, Guan H. Yeoh, Eric W.M.Lee, Sherman C.P.Cheung, Capturingthe flame structure and transition process of the fire whirl using twocombustion kinetic considerations, International Journal of Numerical Methodsfor Heat & Fluid Flow
8.Xiang Fang,Anthony C.Y. Yuen, Guan H. Yeoh, Eric W.M. Lee, Sherman C.P. Cheung, Capturingthe swirling vortex and the impact of ventilation conditions on small-scalefire whirls, Applied Sciences, 2020
9.Xiang Fang,Xueren Li, Yihuan Yan, Yao Tao, Ziqi Chen, Ping Yan, Analysis of occupants’exposure risk of cough-expelled droplets in the workspace with various mixingventilation layouts, Experimental and Computational Multiphase Flow, 2022
10. XiaojunYan, Xiang Fang,Sherman C.P.Cheung, Zekun Li, Numerical study on the maximum temperature riseand thermal-smoke front spread length in the upstream of semi-transverseventilated Underground Traffic Link Tunnels, International Communications inHeat and Mass Transfer, 2023
11. YihuanYan, Xiang Fang,Ping Yan, Jiyuan Tu, Characterisation and analysis on the instantaneousdevelopment and dynamics vortex cores of fire whirls in a fixed-frame facility,International Journal of Heat and Mass Transfer, 2021
12. YihuanYan, Xiang Fang,Ping Yan, Jiyuan Tu, Evaporation flow characteristics of respiratory droplets:Dynamic property under multifarious ambient conditions, Building andEnvironment, 2021
13. LiangZhang, Xiang Fang,Jianrong Wang, Longtian Yi, Nan Cao, Sanye Fang, Jianwei Li, Xiujin Li,Technical scheme and implementation of national pilot large-scale bio-naturalgas project in Gaotai county, Chinese Journal of Environmental Engineering,2020.
14. YaoTao, Xiang Fang,Michael Yit Lin Chew, Lihai Zhang, Jiyuan Tu, Long Shi, Predicting airflow innaturally ventilated double-skin facades: theoretical analysis and modelling,Renewable Energy, 2021
15. YaoTao, Xiang Fang,Sujeeva Setunge, Jiyuan Tu, Jingcheng Liu, Long Shi, Naturally ventilateddouble skin façade with adjustable louvers, Solar Energy, 2021
16. YaoTao, Xiang Fang,Haihua Zhang, Guomin Zhang, Jiyuan Tu, Long Shi, Impacts of thermo-opticalproperties on the seasonal operation of the thermochromic smart window, EnergyConversion and Management, 2022
17. YihuanYan, Xueren Li, Xiang Fang,Ping Yan, Jiyuan Tu, Transmission of COVID-19 virus by cough-induced particlesin an airliner cabin section, Engineering Applications of Computational FluidMechanics, 2021
18. YihuanYan, William Yang, Xiang Fang,Ping Yan, Jiyuan Tu, Experimental investigation of multi-phase hydrodynamicsand bubble-particle interactions in Wemco 56 flotation cell, MineralsEngineering, 2021
19. YaoTao, Yihuan Yan, Xiang Fang,Haihua Zhang, Jiyuan Tu, Long Shi, Solar-assisted naturally ventilated doubleskin façade for buildings: Room impacts and indoor air quality, Building andEnvironment, 2022
20. YihuanYan, Xueren Li, Xiang Fang,Yao Tao, Jiyuan Tu, A spatiotemporal assessment of occupants’ infection risksin a multi-occupants space using modified Wells–Riley model, Building andEnvironment, 2023
會議文章
1.Xiang Fang,Sherman C.P. Cheung, Jiyuan Tu, Characterisation of a small-scale fire whirlwith comprehensive modelling considerations, 11 th Asia-Oceania Symposium onFire Science and Technology, 2018
2.Xiang Fang,Anthony C.Y. Yuen, Guan H, Yeoh, Sherman C.P. Cheung, Numerical study of theflame structure and swirling motion of small-scale fire whirl, Proceedings ofthe Australian Combustion Symposium, Adelaide, Australia, 2019
3.Xiang Fang,Yihuan Yan, Xuren Li, Ziqi Chen, Jiyuan Tu, Numerical studies on impact ofventilation condition on the COVID-19 Transmission in indoor environment,Concordia, Canada, 2022
