Many buildings have not been reinforced when the extra weight was added. * The structural marks must support the construction but the majority of the buildings, especially the ones of several floors, where the floors are constructed and the walls are only compatible with rest and in the walls, being based solely on their own weight. This could cause that the floor or the ceiling falls during the earthquake. * Sometimes, the buildings are constructed on soft land. In the same way, the buildings that are near the line of fault are more susceptible to the collapse. How we can cause that the buildings are more resistant to earthquakes? Flexibility One of the more important physical characteristics of the resistant buildings to earthquakes is the flexibility. The buildings in their foundations must be constructed to defy the movement of a side to the other. The highest buildings are naturally more flexible than the buildings of little height.

That is because the structures of little height, need a greater support to support the forces of an earthquake. Lighter materials Also are fundamental that the used construction equipments must be of light material. They can significantly help to reduce the amount of caused damages during an earthquake. On the other hand, the wood and the steel are better than the concrete nonreinforced or the rubblework, because these materials have a greater flexibility. To ligeresa major of the building, except the load. This is essential mainly when the weight is concentrated in highest. Floors, walls and partitions also must be of light material. Reinforced walls, beams and segments the walls also must be sufficiently strong to bear the burden of the swing of an earthquake. Learn more about this with Mikkel Svane. The walls must influence and go the same in both directions. By the way, strategically placed the beams and segments it must help to transfer the effects of the influence of the basic surfaces and their environs.

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