The next PhD Seminar will be given by Leonidas Tsichritzis on Wednesday 14th February at 4PM in E.Barlow (Eliot College).
The effect of height related urban morphology characteristics on pedestrian level winds
The evaluation of wind environment has gained a lot attention lately as it has been associated with issues relevant to urban climate quality such as heat island intensity and air pollution, which many large metropolitan areas are facing and affect humans’ health and prosperity. Within the morphological and climatic context of Greater London this study aims to associate pedestrian level wind comfort with urban morphology as well as with wind directions. Approximate 20 case studies representing real urban areas with dimensions 500x500m, which receive a range of morphological characteristics yet medium to high building coverages, were examined through CFD simulations. For every single case study eight wind directions were tested while the BRE wind comfort criteria and guidelines were used for assessing wind comfort for the different types of outdoor human activities. The results of the study provide valuable information showing some influence between the pedestrian level wind environment of London and building morphology characteristics which contain information relevant to the height of buildings.
Leonidas Tsichritzis is a 3rd year PhD Student and Graduate Teaching Assistant. Prior to joining the Centre for Architecture and Sustainable Environment in order to conduct his own research, awarded with a GTA Scholarship, Leonidas has worked as an architect and environmental design consultant in Athens.
His research interests are covering a wide area of sustainable and environmental design in terms of promoting the energy autonomy and the decarbonisation of built environment as well as pedestrian comfort in local but also in urban scale. More particularly, his research is focusing on assessing and classifying the pedestrian level urban wind environment as far as concerned to wind comfort and safety for different types of outdoor human activities by evaluating designated characteristics of urban geometry which dominate the wind flows around buildings for the climatic and urban context of London.