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Sustainable Seismic Architecture: Exploring The Synergy Of Mortise-And-Tenon Joinery And Modern Timber Construction For Reducing Embodied Carbon, Cong Li
Masters Theses
Abstract
This design thesis explores the potential of combining ancient Mortise-and-Tenon joinery techniques with modern timber construction to create sustainable seismic architecture that simultaneously reduces embodied carbon. By studying the enduring qualities of Mortise-and-Tenon structures and their ability to withstand earthquakes, this research uncovers a synergistic relationship between traditional joinery methods and contemporary building materials, unlocking significant opportunities for embodied carbon reduction ranging from 7 to 40% compared to other modern architecture construction.
The research reveals that Mortise-and-Tenon structures commonly incorporate large roof systems, acting as mass dampers that provide flexibility and distribute weight evenly to columns. By transferring the …