期刊論文| 1. | 邱英浩、吳孟芳(20101200)。不同街道尺度對環境風場之影響。都市與計劃，37(4)，501-528。 延伸查詢 |
| 2. | Feng, S. L.、Gao, D.、Liao, F.、Zhou, F. R.、Wang, X. M.(2016)。The health effects of ambient PM2.5 and potential mechanisms。Ecotoxicology and environmental safety，128，67-74。  |
| 3. | 夏祥忠、陳銳林、任海龍、胡迪、鄧小波、張超(2016)。不同高度開洞對高層建築風特性影響的數值模擬。安徽工業大學學報，2016(4)，354-359。 延伸查詢 |
| 4. | Hang, J.、Sandberg, M.、Li, Y. G.、Claesson, L.(2009)。Pollutant dispersion in idealized city models with different urban morphologies。Atmospheric Environment，43(38)，6011-6025。 |
| 5. | Hang, J.、Li, Y. G.、Sandberg, M.、Buccolieri, R.、Di Sabatino, S.(2012)。The influence of building height variability on pollutant dispersion and pedestrian ventilation in idealized high-rise urban areas。Building and Environment，56，346-360。 |
| 6. | Chen, L.、Hang, J.、Sandberg, M.、Claesson, L.、Sabatino, S. D.、Wigo, H.(2017)。The impacts of building height variations and building packing densities on flow adjustment and city breathability in idealized urban models。Buildings and Environment，118，344-361。 |
| 7. | Lin, M.、Hang, J.、Li, Y. G.、Luo, Z.、Sandberg, M.(2014)。Quantitative ventilation assessments of idealized urban canopy layers with various urban layouts and the same building packing density。Building and Environment，79，152-167。 |
| 8. | Chavez, M.、Hajra, B.、Stathopoulos, T.、Bahloul, A.(2011)。Near-field pollutant dispersion in the built environment by CFD and wind tunnel simulations。Journal of Wind Engineering and Industrial Aerodynamics，99(4)，330-339。 |
| 9. | 邱英浩、陳智仁、劉天祥(20190600)。街道尺度與建築配置對室內自然通風效益之影響。建築學報，108，59-79。 延伸查詢 |
| 10. | 王咏薇、蔣維楣、郭文利、王曉雲(2008)。城市佈局規模與大氣環境影響的數值研究。地球物理學報，51(1)，88-100。 延伸查詢 |
| 11. | 任超、吳恩融、葉頌文、鄭世有(2017)。高密度城市氣候空間規劃與設計--香港空氣流通評估實踐與經驗。城市建築，2017(1)，20-21。 延伸查詢 |
| 12. | 周姝雯、唐榮莉、張育新、馬克明(2017)。城市街道空氣汙染物擴散模型綜述。應用生態學報，28(3)，1039-1048。 延伸查詢 |
| 13. | 袁磊、宛楊、何成(2019)。基於CFD類比的高密度街區交通污染物分佈。深圳大學學報理工版，36(3)，274-280。 延伸查詢 |
| 14. | 張麗麗、張光學、楊啟岳、丁麗霞(2018)。基於CFD模擬的城市街道PM2.5擴散研究。能源與環境，2018(3)，66-70。 延伸查詢 |
| 15. | 張耀春、秦雲、王春剛(2004)。洞口設置對高層建築靜力風荷載的影響研究。建築結構學報，25(4)，112-123。 延伸查詢 |
| 16. | 黃巍、龍恩深(2014)。成都PM2.5與氣象條件的關係及城市空間形態的影響。中國環境監測，2014(4)，93-99。 延伸查詢 |
| 17. | 喬文佳、賀啟濱、齊亞茹、劉豔華(2015)。交通源顆粒物對社區內環境的影響。建築熱能通風空調，34(2)，37-41。 延伸查詢 |
| 18. | 楚德見、金阿芳、沈廣旭(2018)。高層建築室外顆粒污染物擴散的數值模擬研究。新疆大學學報(自然科學版)，35(2)，248-252。 延伸查詢 |
| 19. | 葛亞寧、徐新良、李靜、蔡紅豔、張學霞(2016)。北京城市建築密度分布對熱島效應的影響研究。地球信息科學，18(12)，1698-1706。 延伸查詢 |
| 20. | 鄭穎生、史源、任超、吳恩融(2016)。改善高密度城市區域通風的城市形態優化策略研究--以香港新界大埔墟為例。國際城市規劃，31(5)，68-75。 延伸查詢 |
| 21. | Blocken, B.、Vervoort, R.、Hooff, T. V.(2016)。Reduction of outdoor particulate matter concentrations by local removal in semi-enclosed parking garages: A preliminary case study for Eindhoven city center。Journal of Wind Engineering and Industrial Aerodynamics，159，80-98。 |
| 22. | Buccolieri, R.、Salim, S. M.、Leo, L. S.、Sabatino, S. D.、Chan, A.、Lelpo, P.、De Gennaro, G.、Gromke, C.(2010)。Analysis of local scale tree-atmosphere interaction on pollutant concentration in idealized street canyons and application to a real urban junction。Atmospheric Environment，45(9)，1702-1713。 |
| 23. | Chavez, M.、Hajra, B.、Stathopoulos, T.、Bahloul, A.(2012)。Assessment of near-field pollutant dispersion: Effect of upstream buildings。Journal of Wind Engineering and Industrial Aerodynamics，104-106，509-515。 |
| 24. | Cheng, W. C.、Fernando, P. A.(2015)。Adjustment of turbulent boundary-layer flow to idealized urban surfaces: a large-eddy simulation study。Boundary-Layer Meteorol，155(2)，249-270。 |
| 25. | Cui, P. Y.、Li, Z.、Tao, W. Q.(2016)。Buoyancy flows and pollutant dispersion through different scale urban areas: CFD simulations and wind-tunnel measurements。Building and Environment，104，76-91。 |
| 26. | Dai, Y. W.、Mak, M. C.、Ai, Z. T.、Hang, J.(2018)。Evaluation of computational and physical parameters influencing CFD simulations of pollutant dispersion in building arrays。Building and Environment，137，90-107。 |
| 27. | Eichhorn, J.、Kniffka, A.(2010)。The numerical flow model MISKAM: State of development and evaluation of the basic version。Meteorologische Zeitschrift，19(1)，81-90。 |
| 28. | Dong, Q. C.、Lin, Y. G.、Huang, J. Y.、Chen, Z. F.(2020)。Has urbanization accelerated PM2.5 emissions? An empirical analysis with cross-country data。China Economic Review，59。 |
| 29. | Gallagher, J.、Lago, C.(2019)。How parked cars affect pollutant dispersion at street level in an urban street canyon? A CFD modelling exercise assessing geometrical detailing and pollutant decay rates。Science of the Total Environment，651，2410-2418。 |
| 30. | Gousseau, P.、Blocken, B. J. E.、Stathopoulos, T.、van Heijst, G. J. F.(2015)。Near-field pollutant dispersion in an actual urban area: Analysis of the mass transport mechanism by high-resolution Large Eddy Simulations。Computers& Fluids，114，151-162。 |
| 31. | Gousseau, P.、Blocken, B.、Stathopoulos, T.、Van Heijst, G. J. F.(2011)。CFD simulation of near-field pollutant dispersion on a high-resolution grid: A case study by LES and RANS for a building group in downtown Montreal。Atmospheric Environment，45(2)，428-438。 |
| 32. | Grau-Bové, J.、Strlic, M.、Mazzei, L.、Malki-Epshtein, L.、Thickett, D.(2016)。Simulation of particulate matter ingress, dispersion and deposition in a historical building。Journal of Cultural Heritage，18，199-208。 |
| 33. | Guo, D. P.、Zhao, P.、Wang, R.、Yao, R. T.、Hu, J. M.(2020)。Numerical simulations of the flow field and pollutant dispersion in an idealized urban area under different atmospheric stability conditions。Process safety and environmental protection，136，310-323。 |
| 34. | Hang, J.、Li, Y. G.(2010)。Ventilation strategy and air change rates in idealized high-rise compact urban areas。Building and Environment，45(12)，2754-2767。 |
| 35. | Hang, J.、Li, Y. G.(2011)。Age of air and air exchange efficiency in high-rise urban areas and its link to pollutant dilution。Atmospheric Environment，45(31)，5572-5585。 |
| 36. | Hang, J.、Li, Y. G.(2012)。Macroscopic simulations of turbulent flows through high-rise building arrays using a porous turbulence model。Building and Environment，49，41-54。 |
| 37. | Hang, J.、Li, Y. G.、Sandberg, M.(2011)。Experimental and numerical studies of flows through and within high-rise building arrays and their link to ventilation strategy。Wind Engineering and Industrial Aerodynamics，99(10)，1036-1055。 |
| 38. | Hang, J.、Li, Y. G.、Sandberg, M.、Claesson, L.(2010)。Wind conditions and ventilation in high-rise long street models。Building and Environment，45(6)，1353-1365。 |
| 39. | Hang, J.、Li, Y. G.、Buccolieri, R.、Sandberg, M.、Sabatino, S. D.(2012)。On the contribution of mean flow and turbulence to city breathability: The case of long streets with tall buildings。Science of the Total Environment，416，362-373。 |
| 40. | Hang, J.、Sandberg, M.、Li, Y. G.(2009)。Effect of urban morphology on wind condition in idealized city models。Atmospheric Environment，43(4)，869-878。 |
| 41. | Hang, J.、Sandberg, M.、Li, Y. G.(2009)。Age of air and air exchange efficiency in idealized city models。Building and Environment，44(8)，1714-1723。 |
| 42. | Hang, J.、Wang, Q.、Chen, X. Y.、Sandberg, M.、Zhu, W.、Buccolieri, R.、Sabatino, S. D.(2015)。City breathability in medium density urban-like geometries evaluated through the pollutant transport rate and the net escape velocity。Building and Environment，94(1)，166-182。 |
| 43. | Hao, C. R.、Xie, X. M.、Huang, Y.、Huang, Z.(2019)。Study on influence of viaduct and noise barriers on the particulate matter dispersion in street canyons by CFD modeling。Atmospheric Pollution Research，10(6)，1723-1735。 |
| 44. | Hassan, A. M.、ELMokadem, A. A.、Megahed, N. A.、Abo Eleinen, Osama M.(2020)。Urban morphology as a passive strategy in promoting outdoor air quality。Journal of Building Engineering，29。 |
| 45. | Hassan, A. M.、Mokadem, A. A. F. E.、Megahed, N. A.、Eleinen, O. M. A.(2020)。Improving outdoor air quality based on building morphology: Numerical investigation。Frontiers of Architectural Research，9(2)，319-334。 |
| 46. | Karkoulias, V. A.、Marazioti, P. E.、Georgiou, D. P.、Maraziotis, E. A.(2020)。Computational Fluid Dynamics modeling of the trace elements dispersion and comparison with measurements in a street canyon with balconies in the city of Patras, Greece。Atmospheric Environment，223。 |
| 47. | Keshavarzian, E.、Jin, R.、Dong, K.、Kwok, K. C. S.、Zhang, Y.、Zhao, M.(2020)。Effect of pollutant source location on air pollutant dispersion around a high-rise building。Applied Mathematical Modelling，81，582-602。 |
| 48. | Kikumoto, H.、Ooka, R.(2012)。A study on air pollutant dispersion with bimolecular reactions in urban street canyons using large-eddy simulations。Journal of Wind Engineering and Industrial Aerodynamics，104-106，516-522。 |
| 49. | Lai, D.、Liu, W.、Gan, T.、Liu, K.、Chen, Q.(2019)。A review of mitigating strategies to improve the thermal environment and thermal comfort in urban outdoor spaces。Science of the Total Environment，661，337-353。 |
| 50. | Liu, Y. S.、Cui, G. X.、Wang, Z. S.、Zhang, Z. S.(2011)。Large eddy simulation of wind field and pollutant dispersion in downtown Macao。Atmospheric Environment，45(17)，2849-2859。 |
| 51. | Ma, X. N.、Zhao, J. Y.(2018)。Numerical simulation of turbulent flow regulation of adjacent buildings space based on characteristics of particulate matter diffusion。Ekoloji，27(106)，803-815。 |
| 52. | Mei, S. J.、Luo, Z. W.、Zhao, F. Y.、Wang, H. Q.(2019)。Street canyon ventilation and airborne pollutant dispersion: 2-D versus 3-DCFD simulations。Sustainable Cities and Society，50。 |
| 53. | Milliez, M.、Carissimo, B.(2008)。Computational Fluid Dynamical Modelling of Concentration Fluctuations in an Idealized Urban Area。Boundary-Layer Meteorol，127(2)，241-259。 |
| 54. | Mu, D.、Gao, N. P.、Zhu, T.(2018)。CFD investigation on the effects of wind and thermal wall-flow on pollutant transmission in a high-rise building。Building and Environment，137，185-197。 |
| 55. | Nazarian, N.、Kleissl, J.(2015)。CFD simulation of an idealized urban environment: Thermal effects of geometrical characteristics and surface materials。Urban Climate，12，141-159。 |
| 56. | Tominaga, Y.、Stathopoulos, T.(2018)。CFD simulations of near-field pollutant dispersion with different plume buoyancies。Building and Environment，131，128-139。 |
| 57. | Tominaga, Y.、Stathopoulos, T.(2012)。CFD Modeling of Pollution Dispersion in Building Array: Evaluation of turbulent scalar flux modeling in RANS model using LES results。Journal of Wind Engineering and Industrial Aerodynamics，104-106，484-491。 |
| 58. | Tao, Y.、Zhang, Z.、Ou, W. X.、Guo, J.、Pueppke, S. G.(2020)。How does urban form influence PM2.5 concentrations: Insights from 350 different-sized cities in the rapidly urbanizing Yangtze River Delta region of China, 1998-2015。Cities，98。 |
| 59. | Santiago, J. L.、Borge, R.、Martin, F.、De la Paz, D.、Martilli, A.、Lumbreras, J.、Sanchez, B.(2017)。Evaluation of a CFD-based approach to estimate pollutant distribution within a real urban canopy by means of passive samplers。Science of the Total Environment，576，46-58。 |
| 60. | Santiago, J. L.、Sanchez, B.、Quaassdorf, C.、De la Paz, D.、Martilli, A.、Martin, F.、Borge, R.、Rivas, E.、Gómez-Moreno, F. J.、Díaz, E.、Artiñano, B.、Yagüe Anguis, C.、Vardoulakis, S.(2020)。Performance evaluation of a multiscale modelling system applied to particulate matter dispersion in a real traffic hot spot in Madrid (Spain)。Atmospheric Pollution Research，11(1)，141-155。 |
| 61. | Wang, P.(2011)。A CFD model for simulating area source pollutant dispersion in urban canyon。Journal of Environmental Systems，33(1)，29-55。 |
| 62. | Yang, A. S.、Juan, Y. H.、Wen, C. Y.、Chang, C. J.(2017)。Numerical simulation of cooling effect of vegetation enhancement in a subtropical urban park。Applied Energy，192，178-200。 |
| 63. | Yang, D. Y.、Chen, Y. L.、Miao, C. H.、Liu, D.(2020)。Spatiotemporal variation of PM2.5 concentrations and its relationship to urbanization in the Yangtze river delta region, China。Atmospheric Pollution Research，11(3)，491-498。 |
| 64. | Zhi, H. N.、Qiu, Z. W.、Wang, W. Z.、Wang, G.、Hao, Y. Z.、Liu, Y. L.(2020)。The influence of a viaduct on PM dispersion in a typical street: Field experiment and numerical simulations。Atmospheric Pollution Research，11(4)，815-824。 |
| 65. | Bruse, M.、Fleer, H.(1998)。Simulating Surface-plant-air Interactions Inside Urban Environments with a Three Dimensional Numerical Model。Environmental Modelling & Software，13(3/4)，373-384。 |