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Building for the future: Insights from earthquakes on seismic . . . Firstly, one of the fundamental principles is ensuring proper lateral load resistance Earthquakes generate strong horizontal forces that can push, pull, and shake a building To counteract these forces, structures must be designed with sufficient resistance to lateral loads
Module 4: Earthquake resistant foundation design - Building Undertaking adequate geotechnical investigations to understand likely ground performance in earthquakes is an essential aspect of good and economic building design We would encourage you to make yourselves familiar with the guidance and apply it appropriately in practice
Counteracting Uplift Forces in Structural and Foundation Design Uplift forces in structural engineering demand careful consideration during the design phase of any construction project These forces can arise from environmental factors like wind, seismic activity, or hydrostatic pressure, potentially destabilizing structures
3 Key Criteria for Earthquake-Resistant Building Design The structural system of a building must be designed to resist both vertical and horizontal loads, especially lateral forces from earthquakes Best practices include: Use of shear walls and bracing : These helps resist horizontal forces and prevent swaying or collapse
Earthquake-Resistant Design: Key Factors for Ensuring . . . Several key factors influence how well a structure can resist earthquake forces These factors include seismic structural configuration, stiffness, strength, and ductility Each plays a vital role in ensuring that a building can withstand the forces exerted during an earthquake 1 Seismic Structural Configuration
How to Create Resilient Buildings That Can Withstand Natural . . . Aerodynamic Shape: Streamlined building shapes reduce wind resistance and minimize uplift forces Strong Connections: Connections between the roof, walls, and foundation should be strong enough to resist wind forces
How to Ensure Roof Trusses Are Safe During Earthquakes Lateral Shaking – Earthquakes create horizontal forces that can push a building from side to side Weak truss connections may cause roof collapse Uplift Forces – Strong tremors can cause the roof to lift or shift, especially if trusses are not properly anchored