The lesson to be learnt here is that the best suited design in strong seismic zones would be a simple plan with an equal distribution of columns and load bearing elements. Industrial buildings or warehouses with large plan area can also experience excessive horizontal forces that would be carried through by columns and walls. The horizontal movement of the floors during an earthquake would be large in extremely tall buildings where this ratio is quite large.
Following are some desirable and not-so-desirable structural configurations for an earthquake-resistant building.Ī building’s height to base size ratio is one of the most important factors determining its behavior during a strong tremor. Choosing The shapes and structural systems that are best suited for such situations is mandatory to protect the buildings from possible damage. Past experiences show that earthquake tremors can cause a wide range of structural damages in a building it’s essential for Architectural design drafting to learn their lessons before it’s too late. How would a structure behave during earthquakes Some of the factors that primarily determine the behavior of a structure during an earthquake are its shape and size, its geometry, and the vertical structural members carrying the earthquake forces to the ground.
If proper care is not taken, some features could be included in the structure sometimes that may fail to stand up to the strong seismic tremors. Both the shape and the structural system of the building designed by Architectural design drafting work together to catch the eyes of the onlookers and make it an architectural marvel. The AEC Associates Architectural Design Drafting services constantly strive hard to produce wonderful and imaginative buildings for the posterity. 4 Things Architectural Design Drafting Should Consider While Designing Earthquake Resistant Buildings
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