Continuity in Sustainable Facades

Maximizes readers’ understanding of the key design principles and innovative facade technologies of tall building enclosures Reinforces concepts presented with case studies of the author’s professional activities involving real world examples of tall buildings in hot climates Explains as-built facade materials and assembly with meticulous illustrations Details energy performance characteristics of tall building enclosures in hot climates Illustrates materials fabrication and construction techniques with photos of tall building enclosures
This book presents sustainable design guidelines and case studies to help students and professionals concerned with building facade engineering, building physics, and architecture to develop high-performance facades for tall buildings. The book examines key design principles, façade materials and assembly, performance characteristics, fabrication/construction processes--illustrated with analytical drawings and facade detailing of tall buildings--and includes specific attention to the unique challenges of tall building enclosures in hot climates. As the growing trend in urban buildings is glass construction, Dr. Kim integrates a variety of sustainable design strategies for retrofitting buildings and new construction, including as-built façade tectonics and sustainable performance matrix, that emphasize climate responsive design, building energy conservation, and occupant comfort.