Fluids Section, School of Mechanical Engineering
National Technical University of Athens
As part of the
Interdepartmental Postgraduate Studies (I.P.S.) program at the NTUA,
the Masters program on Computational Mechanics (http://compmech.chemeng.ntua.gr)
includes a course for computational methods in pollutant transport.
The course involves extensive coursework using EPA's AERMOD software for pollutant dispersion evaluation
Partial fulfillment of Wind Energy Technology module for the
double degree Masters program at the China-EU Institute for Clean and Renewable Energy at Huazong University of Science and Technolgoy
(HUST), Wuhan, China (http://icare.hust.edu.cn)
Partial fulfillment of Wind Energy Technology module for the
double degree Masters program at the China-EU Institute for Clean and Renewable Energy at Huazong University of Science and Technolgoy
(HUST), Wuhan, China (http://icare.hust.edu.cn
The Effect of Different Atmospheric Boundary Layers on the Air Changing Rate of Building. Zhou Wen. (2019, MSc ICARE HUST-NTUA)
Wind Tunnel Simulation of the Atmospheric Boundary Layer over Rough Terrain. HE Lin. (2017, MSc ICARE HUST-NTUA)
Effect of atmospheric boundary layer on vortex shedding from a surface mounted prism. Ou Jiajun. (2016, MSc ICARE HUST-NTUA)
Numerical Simulation of the effect of urban geometry and atmospheric stability on pollutant dispersion in urbane areas: the MUST experiment. Pappa Vasiliki. (2016, MSc "Computational Mechanics", NTUA)
Numerical Investigation of Passive Configurations to Control Dispersion and Deposition of Particles to Solid Walls. Kontolatis Eustathios. (2016, MSc "Computational Mechanics", NTUA)
Passive Simulation of ABL in the 3.5x2.5m Experimental Wind Tunnel. Zhou Xing. (2015, MSc ICARE HUST-NTUA)
Analysis of urban wind flow for energy applications in buildings. Lu Nian. (2014, MSc ICARE HUST-NTUA)