McGill University Tests Hybrid Timber-Steel System for Low-Carbon Earthquake Resistant Buildings

Researchers at McGill University are testing a new hybrid timber-steel structural system designed to reduce the carbon emissions associated with traditional concrete and steel construction. The system uses timber to store carbon while utilizing steel bracing to ensure buildings can withstand moderate to high seismic activity. Preliminary large-scale tests indicate that this hybrid approach maintains strength and stability during simulated earthquakes. These findings aim to influence future Canadian building design standards, providing a viable path for sustainable, high-rise construction in earthquake-prone regions.