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The most rigorous method, which simulates how the tower will behave second-by-second when subjected to historical earthquake data (e.g., the 1994 Northridge or 2011 Tohoku records). 3. Mitigation Technologies
A more complex method that predicts the maximum response of the tower’s various vibration modes. The most rigorous method, which simulates how the
A massive weight (often steel or concrete) suspended near the top of the tower that moves in opposition to the building’s vibration. The most rigorous method
A "seismic study" typically involves three levels of computational analysis found within project files: The most rigorous method, which simulates how the