The recent Turkey - Syria earthquake inspired us to write a blog post about the importance of seismic retrofit of existing buildings. The current example - case study - employs a typical building built in Southern Europe in the late 1980s. The building has 4 floors of approximately 200 m2 each, and a soft storey at the ground level.

SeismoSoft team passed the largest of the recordings to SeismoSignal and the findings were astonishing.

Steel bracing offers similar advantages to new shear walls, increasing the strength, the stiffness and the ductility of the building.

This method consists of the construction of new shear walls with large dimensions at selected locations in the building perimeter and/or in the interior of the building.

This post aims to present main aspects of seismic isolation in the strengthening of a reinforced concrete building, the available types of base isolation, as well as their advantages and disadvantages.

This post aims to present the available Fibre Reinforced Polymer (FRP) systems for the strengthening of a reinforced concrete building, the methods of their application, as well as their advantages and disadvantages.

This post aims to present the most common strengthening techniques for the strengthening of a reinforced concrete building. Before moving on to the presentation of the methods, some general points regarding the different retrofit techniques are put forward in the current section.