Design of energy-efficient buildings in clear sky conditions to enhance reliance on natural lighting through maximizing the ERC /
Ahmed Mohamed Mostafa Saleh
Design of energy-efficient buildings in clear sky conditions to enhance reliance on natural lighting through maximizing the ERC / فى السماء الخالية من السحب ERC تصميم المبانى المرشدة للطاقة لزيادة الاعتماد على افضاءة الطبيعية من خلال زيادة الاعتماد على معامل الانعكاس الخارجى Ahmed Mohamed Mostafa Saleh ; Supervised Hesham Sameh Hussein Sameh , Ahmed Ahmed Fekry - Cairo : Ahmed Mohamed Mostafa Saleh , 2016 - 233 P. : photographs ; 30cm
Thesis (Ph.D.) - Cairo University - Faculty of Engineering - Department of Architectural Engineering
The aim of this work is to investigate ways to predict the (ERC) in order to enhance natural illumination, especially in cases where a subject building is located in a highly- dense population area such as those commonly found in emerging economies and Arabian gulf. For example, interior spaces are often subjected to a specific amount of illumination from the sky component (SC) due to an inherent pre-existing sky angle which makes it necessary to capitalize on other components of daylight. The research contains numerical calculations and charts that depict the behavior of ERC under different parameters
External reflected component Natural lighting Sustainable design
Design of energy-efficient buildings in clear sky conditions to enhance reliance on natural lighting through maximizing the ERC / فى السماء الخالية من السحب ERC تصميم المبانى المرشدة للطاقة لزيادة الاعتماد على افضاءة الطبيعية من خلال زيادة الاعتماد على معامل الانعكاس الخارجى Ahmed Mohamed Mostafa Saleh ; Supervised Hesham Sameh Hussein Sameh , Ahmed Ahmed Fekry - Cairo : Ahmed Mohamed Mostafa Saleh , 2016 - 233 P. : photographs ; 30cm
Thesis (Ph.D.) - Cairo University - Faculty of Engineering - Department of Architectural Engineering
The aim of this work is to investigate ways to predict the (ERC) in order to enhance natural illumination, especially in cases where a subject building is located in a highly- dense population area such as those commonly found in emerging economies and Arabian gulf. For example, interior spaces are often subjected to a specific amount of illumination from the sky component (SC) due to an inherent pre-existing sky angle which makes it necessary to capitalize on other components of daylight. The research contains numerical calculations and charts that depict the behavior of ERC under different parameters
External reflected component Natural lighting Sustainable design