Title:
Daylighting Innovations in Architecture, Engineering and Construction (related academic topic within the Springer “Digital Innovations in Architecture, Engineering and Construction” field)
Description
Dayli
...
Title:
Daylighting Innovations in Architecture, Engineering and Construction (related academic topic within the Springer “Digital Innovations in Architecture, Engineering and Construction” field)
Description
Daylighting Innovations in Architecture, Engineering and Construction explores the latest advancements in daylight-centered architectural design, sustainable building technologies, and intelligent environmental engineering systems. The book examines how modern daylighting strategies improve energy efficiency, occupant comfort, indoor environmental quality, and sustainable urban development through innovative architectural and engineering practices.
The text highlights emerging technologies and simulation-driven design approaches used to optimize natural lighting performance in residential, commercial, and industrial buildings. It discusses advanced façade systems, climate-responsive architecture, smart glazing technologies, daylight simulation tools, and energy-conscious building design workflows.
Key topics include:
Sustainable daylighting systems
Building façade engineering
Daylight simulation and prediction tools
Indoor visual comfort analysis
Green architecture and net-zero buildings
Smart buildings and intelligent lighting systems
Performance-based architectural design
Building science and environmental engineering
The book also explores how digital technologies such as BIM, simulation software, AI-assisted design, and virtual reality tools are transforming daylight analysis and architectural optimization in modern construction projects.
This academic eBook is especially valuable for architects, civil engineers, lighting designers, environmental engineers, building scientists, construction professionals, and graduate students interested in sustainable building innovation and energy-efficient architecture.
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