Each day, almost 2,600 earthquakes occur around the world, with the majority of them never being felt by humans. However, if a building has a weak structure, even slight earthquakes may cause significant damage. It is crucial that this type of damage is minimized by Structural Engineering in Pittsburgh, PA methods in order to reduce the harm that befalls those inside these structures.
The following list highlights some steps that can be used by Structural Engineering in Pittsburgh, PA to reduce the damage to a structure that may occur due to seismic activity.
Aerodynamic Shape
When you create an architecture plan, you should ensure that the shape of the house is created to reduce damage caused by any type of earthquake. Regular or traditional shapes are much more stable than ones that are unique or unusual.
Level Ground
You should ensure that the building that is being constructed is placed on ground that is level.
Material
The material that the home is constructed of should be fiber glass and concrete as these are the best materials that are the most resistant in the entire construction field.
Stability
The project for the building should be extremely stable, which means that the center of gravity of the building should remain in the same location. This can be achieved by consulting with a company such as Engineered Foundation Solutions PLLC.
Length of Cantilevers
The cantilevers of the building should not be more than three or four feet in total length. If this cannot be done, then they should be excluded from the plan completely.
Columns can be extremely dangerous and may easily collapse, which would cause a great deal of harm, which is the primary reason that the distance that is left between them needs to be as minimal as possible.
Spearhead Water Tanks
If this type of equipment is used they should be used carefully, as they can affect the overall stability of the entire building or structure. It is also not recommended that you utilize more than one of these tanks and that they are placed in various locations to ensure that they do not affect the buildings center of gravity.
