What is seismic load?
Q: What is seismic load?
A: Seismic load is the application of earthquake-generated agitation to a building structure or its model, which occurs at contact surfaces of a structure with the ground, adjacent structures, or gravity waves from a tsunami.
Q: What factors does seismic loading depend on?
A: Seismic loading primarily depends on the anticipated earthquake's parameters at the site, geotechnical parameters of the site, building structure's parameters, and characteristics of anticipated gravity waves from a tsunami if applicable.
Q: How is seismic loading related to the seismic performance of a structure?
A: Seismic loading and the seismic performance of a structure are intimately related through their mutual interaction.
Q: Can seismic load cause damage to a building structure?
A: Yes, sometimes seismic load can exceed the ability of a structure to resist it without being broken, partially or completely.
Q: What are the contact surfaces of a structure where seismic load occurs?
A: Seismic load occurs at contact surfaces of a structure with the ground, adjacent structures, or gravity waves from a tsunami.
Q: What is earthquake engineering?
A: Earthquake engineering is the field of engineering concerned with designing structures and infrastructure capable of withstanding earthquakes.
Q: What is the importance of considering seismic load in earthquake engineering?
A: Considering seismic load is crucial in earthquake engineering as it helps designers and engineers ensure that a structure is capable of resisting the force generated by an earthquake, minimizing damage and loss of life.
