What is Elevated Building Foundation (EBF)?
Q: What is Elevated Building Foundation (EBF)?
A: Elevated Building Foundation (EBF) is a seismic base isolation technology that protects building superstructures against earthquake damage.
Q: How does EBF protect against earthquake damage?
A: EBF protects against earthquake damage by decreasing movement of seismic wave energy into the building superstructure, lowering seismic loads and improving seismic performance of the structure.
Q: What factors are important for the setup of EBF?
A: The right building materials, size, and setup of elevated building foundation for the building site and local soil conditions are important factors for the setup of EBF.
Q: Can EBF completely prevent damage from earthquakes?
A: No, EBF cannot completely prevent damage from earthquakes, but it can reduce the amount of damage a building sustains during an earthquake.
Q: What are some of the effects of seismic waves moving through EBF?
A: As seismic waves move through EBF, they experience multiple wave reflections and diffractions, as well as energy dissipation, which decreases the amount of seismic wave energy that enters the building superstructure.
Q: How does EBF change the way buildings respond to earthquakes?
A: EBF decreases the amount of movement and shaking that a building experiences during an earthquake, which can reduce the amount of damage sustained by the building.
Q: Are there any limitations to the effectiveness of EBF?
A: Yes, there are limitations to the effectiveness of EBF. For example, it may not work as well in areas with highly active seismic activity, and it is not a substitute for good building design and construction practices.
