This book delves into the underexplored realm of daylight comfort in industrial structures, providing real measured data and insights supported by advanced simulations using the RADIANCE program. It highlights the vital role of daylight in human well-being and sustainable building design, offering a comprehensive analysis of how daylighting strategies and green technologies can reduce carbon footprints. With a focus on practical applications, the book guides designers in using simulation tools to predict and enhance indoor daylight environments, ensuring comfort and efficiency from design to completion.
This book delves into the underexplored realm of daylight comfort in industrial structures, providing real measured data and insights supported by advanced simulations using the RADIANCE program. It highlights the vital role of daylight in human well-being and sustainable building design, offering a comprehensive analysis of how daylighting strategies and green technologies can reduce carbon footprints. With a focus on practical applications, the book guides designers in using simulation tools to predict and enhance indoor daylight environments, ensuring comfort and efficiency from design to completion.
Erika Dolníková
Daylighting of Buildings Simulation of Daylight Comfort Prediction of Indoor Environment in Buildings Simulation Tools for Buildings Light Comfort in Interiors Architectural Lighting Analysis