What is involved in seismic additional equipment?
Seismic additional equipment is the School of Civil Engineering, which focuses on adjusting existing structures to be more resistant to earthquakes. Although there is nothing like a structure resistant to earthquakes, especially in an earthquake with a high intensity, changes can be made in the structure to make it safer. In the areas susceptible to earthquakes, seismic additional equipment is required on many structures, especially bridges, tunnels, overpasses and public buildings. In addition, new structures must adapt to the established seismic standard.
There are four basic types of seismic equipment. The most basic is known as "public security retrofit". In this type of seismic equipment, the structure is strengthened so that people should not be killed in an earthquake, even if they can be injured. With a large earthquake, the structure itself can become dangerous and need to be destroyed and rebuilt. For structures that are not very valuable, this type of seismic additional is equippedIt is reasonable if society does not want to rebuild the structure completely.
The next level of seismic additional equipment is the "survival of structure" to ensure that the structure can withstand the earthquake, although it may require significant repairs. Furthermore, the "primary structure undamaged", a type of seismic additional equipment in which most damage to the structure due to the earthquake should be cosmetic. Finally, the "structure of unaffected" is the highest level of seismic additional equipment, which was selected for buildings of high economic, social or cultural value. Some of these conditions are a bit misleading because no structure can be completely safe.
The main problem for companies that process seismic additional equipment are historical buildings. It is important to preserve historical buildings with seismic additional equipment, but it is also important to ensureso that the integrity of the building is not compromised. This deals with extensive work and cooperation with companies that specialize in the restoration of historical buildings.
private houses can also undergo seismic additional equipment and the selection of even slight additional equipment will reduce insurance costs. However, seismic additional equipment is primarily used for buildings over 10 stories that can achieve dangerous vibration frequencies in the earthquake, along with roadways that must be maintained so that the emergency services can work quickly during the earthquake.
A number of measures, internal and external, are performed as part of seismic additional equipment. The addition of robust lattice and beams to strengthen the building is common, as well as "isolation", a technique that turns the building into a kind of island, so that it will not be so deeply influenced by a large earthquake. Same absorbers, partitions and other construction techniques are also used to ensure safer structures in the earthquake. People,who live in areas susceptible to earthquakes, however, rely on seismic additional safety equipment; They should regularly check the earthquake security materials and make sure they have an evacuation plan.