The physics concept that explains the vulnerability of tall structures like skyscrapers to horizontal forces, such as strong winds, is known as "bending moment." Skyscrapers are designed with specific engineering principles, including the use of shear walls and bracing systems, to counteract these forces. Shorter structures, like houses, experience less bending moment due to their lower height and mass, making them less susceptible to wind-induced damage. Understanding these principles is crucial for architects and engineers in skyscraper design.
PREREQUISITESArchitects, structural engineers, civil engineering students, and anyone involved in the design and construction of tall buildings will benefit from this discussion.