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Masonry can improve earthquake-resistant building design by providing high-strength and durable structural elements that can resist lateral forces. Masonry elements can be designed to provide both strength and ductility, allowing them to deform without collapsing during earthquakes. Additionally, maRead more
Masonry can improve earthquake-resistant building design by providing high-strength and durable structural elements that can resist lateral forces. Masonry elements can be designed to provide both strength and ductility, allowing them to deform without collapsing during earthquakes. Additionally, masonry walls can be used as shear walls, which can greatly improve building performance during earthquakes. Proper design and construction techniques, like proper reinforcement placement and mortar selection, are critical for ensuring the earthquake-resistant performance of masonry structures.
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