Since our geography is in an earthquake zone, we need to make our buildings earthquake resistant. There is more than one way for buildings to be more earthquake resistant. It may be possible to protect against earthquakes by using the most appropriate of these ways. The number of earthquake-resistant buildings in our country is increasing day by day. So much so that buildings that are no longer earthquake resistant are demolished and rebuilt. Structural retrofitting makes buildings stronger by taking necessary precautions. Buildings that are unconscious and far from inspection can become stronger and more reliable thanks to this process. With this process, some supports are applied to the building and the building's resistance to earthquakes and wind is tried to be maximized. So which buildings need structural reinforcement?
Buildings Requiring Structural Reinforcement
If these buildings are given as an example, we can say historical buildings first and foremost. These buildings are not resistant to earthquakes etc. Since they are not made resistant to disasters, they should definitely be subjected to structural strengthening. The protection of historical buildings is very important, so cost is inevitable. After historical buildings, we can give examples of offices, apartments, stores. When it comes to these structures, the cost is of course important. We apply the most appropriate procedures by analyzing your structures with our expert teams. We make your buildings more resistant and prepared for earthquakes and disasters. Research and analysis are very important in structural reinforcement stages. Conducting appropriate analyzes will bring along the necessary procedures. As Oftek Construction, we will thus protect both your structure and your pocket by avoiding unnecessary operations.
How is Building Structural Reinforcement Done?
The first stage of the Structural Reinforcement operation is an accurate and comprehensive analysis. As a result of this analysis, it is determined which stages will be applied. Rusty iron and concrete sections are also included in these strengthening operations. Loose and spilled concrete parts are removed from the structure in a controlled manner to make repairs. For the implementation of the necessary operation, the missing aspects of the structure are cleaned so that the new concrete to be laid is aimed to hold more firmly. Chemical liquids are applied to the irons that form the skeleton of the structure, especially against rusting. These chemicals prevent rusting. The columns of the building are also subjected to these processes. Thus, the structure becomes more durable.