Open AccessDaylight modeling in complex environments considering the angular distribution of sky luminance
Author(s) -
Ignacio García-Ruíz
Publication year - 2021
Language(s) - English
Resource type - Dissertations/theses
DOI - 10.48035/tesis/2454/41087
Subject(s) - daylight , luminance , irradiance , computer science , remote sensing , illuminance , daylighting , sky , set (abstract data type) , angular resolution (graph drawing) , computer vision , computer graphics (images) , geography , optics , engineering , meteorology , architectural engineering , mathematics , physics , combinatorics , programming language
The general objective of this thesis is the modeling of daylight in complex environments, such as cities. This requires precise knowledge, both geometric and photometric, of the environment and of the sources of radiation or illumination. For this reason, four partial objectives have been set: 1. Modeling of irradiance and illuminance sources considering the effects of the complex environment. 2. Modeling of luminous efficacy. 3. Modeling of typical daylighting conditions. 4. Development of an imaging system for fast and high spatial resolution measurement of luminance distribution in complex environments.The research carried out in order to achieve the aforementioned partial objectives have resulted in seven articles. These papers describe in detail the theoretical basis of the issues addressed, the experimental data acquisition systems used, the quality control procedures applied, the obtained results and the conclusions, which will be summarized as a whole as the relevant contributions of this thesis.