Environmental Comfort and Energy Efficiency: Compendium for Architectural Practice

Environmental Comfort and Energy Efficiency in Architecture offers an in-depth examination of how buildings can optimize environmental comfort while achieving high energy efficiency. Structured around the dual challenges of climate change mitigation and adaptation, the book integrates scientific principles with architectural practice, addressing thermal, visual, acoustic, and air quality factors. It presents both passive and active design strategies, emphasizing climate-responsive approaches such as natural ventilation, daylighting, and innovative building envelopes. Topics include bioclimatic architecture, renewable energy integration, adaptive comfort models, and emerging technologies like artificial intelligence in building performance optimization. Case studies illustrate practical applications across diverse climates, highlighting the synergy between occupant well-being and environmental performance. The book also explores the evolution of comfort standards and the role of material selection in minimizing embodied carbon. By combining theory with actionable design methodologies, the text serves as a resource for architects, engineers, and researchers aiming to develop resilient, low-carbon buildings. The publication aligns with global sustainability goals, offering strategies to reduce energy demand, enhance adaptability, and improve overall building performance in the context of escalating climate challenges.