15 citations as recorded by crossref.

1. Towards real-time simulation of turbulent air flow over a resolved urban canopy using the cumulant lattice Boltzmann method on a GPGPU S. Lenz et al.
2. Impact of complex relief on heat transfer in urban area A. Evgrafova & A. Sukhanovskii
3. LABORATORY STUDY OF CONVECTIVE CIRCULATION OVER URBAN ROUGHNESS A. Belyaeva et al.
4. Large‐eddy simulation of vortex streets and pollutant dispersion behind high‐rise buildings B. Han et al.
5. Computational wind engineering: 30 years of research progress in building structures and environment T. Potsis et al.
6. A variable turbulent Schmidt number formulation by numerical simulation of atmospheric plume dispersion M. Pourabdian et al.
7. Toward Development of a Framework for Prediction System of Local-Scale Atmospheric Dispersion Based on a Coupling of LES-Database and On-Site Meteorological Observation H. Nakayama et al.
8. 城市微尺度气象要素快速模拟方法的建立及应用 晓. 郭 et al.
9. Influence of complex urban terrain on the spread of pollution A. Evgrafova & A. Sukhanovskii
10. The Microscale Urban Surface Energy (MUSE) Model for Real Urban Application D. Lee & S. Lee
11. A rapid modeling method for urban microscale meteorology and its applications X. Guo et al.
12. Development ofLOcal-scaleHigh-resolution atmosphericDIspersionModel usingLarge-EddySimulation. Part 5: detailed simulation of turbulent flows and plume dispersion in an actual urban area under real meteorological conditions H. Nakayama et al.
13. Development of local-scale high-resolution atmospheric dispersion model using large-eddy simulation. Part 4: turbulent flows and plume dispersion in an actual urban area H. Nakayama et al.
14. Development of local-scale high-resolution atmospheric dispersion and dose assessment system H. Nakayama et al.
15. INFLUENCE OF TERRAIN FEATURES ON HEAT TRANSFER PROCESSES WITHIN THE URBAN AREA A. Belyaeva & A. Sukhanovskii