Numerical prediction of bioclimatic comfort level of urban development in street spaces

Abstract

This publication presents the results of predicting the bioclimatic level of comfort in the conditions of urban development using numerical modelling methods. The object of the study is the development of the campus of Perm State Research University, where there is a systematic activity of pedestrians in the street spaces between the academic buildings. Prediction of the comfort level of the environment was carried out for the summer period. Bioclimatic assessment was carried out using the indicator of equivalent-effective temperature. This indicator takes into account the complex influence of temperature, air humidity and wind speed on a person. The obtained results allowed us to determine that sufficiently comfortable conditions with permissible wind-temperature load on the human body are formed on the territory under consideration.