Uploaded March 2025 | Updated September 2026, 2 days ago
Ever wondered why buildings shake during an earthquake? 🤔 This phenomenon is explained by Newton's First Law of Motion—the Law of Inertia.
🌍 What happens during an earthquake?
✅ The ground moves due to seismic waves.
✅ The base of the building moves with the ground.
✅ The roof tends to stay in place (due to inertia), creating relative motion.
✅ This causes bending and deformation, leading to potential structural failure.
💡 Engineering Insights:
🔹 Buildings must be designed to resist inertia forces.
🔹 Use of seismic dampers, base isolators, and ductile materials can help reduce damage.
🔹 Proper detailing in RCC buildings is critical for earthquake resilience.
#EarthquakeEngineering #SeismicForces #Inertia #StructuralDynamics #BuildingMotion #NewtonFirstLaw #SeismicSafety #StructuralFailure #CivilEngineering #civilengineering #structuralengineering #structuraldesign #shorts
Ever wondered why buildings shake during an earthquake? 🤔 This phenomenon is explained by Newton's First Law of Motion—the Law of Inertia.
🌍 What happens during an earthquake?
✅ The ground moves due to seismic waves.
✅ The base of the building moves with the ground.
✅ The roof tends to stay in place (due to inertia), creating relative motion.
✅ This causes bending and deformation, leading to potential structural failure.
💡 Engineering Insights:
🔹 Buildings must be designed to resist inertia forces.
🔹 Use of seismic dampers, base isolators, and ductile materials can help reduce damage.
🔹 Proper detailing in RCC buildings is critical for earthquake resilience.
#EarthquakeEngineering #SeismicForces #Inertia #StructuralDynamics #BuildingMotion #NewtonFirstLaw #SeismicSafety #StructuralFailure #CivilEngineering #civilengineering #structuralengineering #structuraldesign #shorts
