Follow San Diego model to avert earthquake’s adverse effects

It doesn’t matter whether you are living in any earthquake-prone zone or not. Earthquake can happen anywhere and at any time. For that reason effective strategies have got to be adopted. What can be the best strategies in this regard? Remember that the most vulnerable objects at this time happen to be the buildings. They get perished and result into the death of thousands of dwellers. On the other hand the occurrence of earthquake can (have the highest chances) hit the prides of the city and the historic buildings may suffer to a large extent. Well, this is in no way an isolated incident and does happen at each and every time. What can your city do hence? It can follow the examples set by the UC San Diego engineers.

The UC San Diego engineers have been found to test fake earthquake tests in the recent days (as a part of experimentations). But they have already achieved success and it is expected that this will lead them to retrofit schemes. What are retrofit schemes? This novel strategy has the potency to make historic buildings safer and it is tried. It has been found that the group of acclaimed engineers had its experiments on a massive structure similar to those that were built in California in the 1920s.

It is expected that the information collected from the experiment will enable the engineers to surface with new seismic assessment tools and critical retrofit designs for these kinds of structures that were not designed according to present standards. What’s more, the engineers, as a part of the project, did submit a 3-story structure with non-ductile reinforced concrete frames with unreinforced masonry infill walls to shaking representative of a series of different seismic events.

Speaking on this, Benson Shing, a structural engineering professor at the UC San Diego Jacobs School of Engineering, and the lead researcher on the project said, “We will also look into retrofit methods to push the performance envelop of these structures. In reality, some of these structures may not have sufficient walls to resist earthquake loads or some walls may be missing in critical locations of a building. Hence, we need reliable means to assess and improve their performance.”