Diseño y cálculo estructural de una edificación de hormigón armado de 4 plantas para viviendas de interés social

Abstract

The present technical work is based on the design, calculation, and analysis of a reinforced concrete building of four floors, through which it is proposed: to model the geometric structure and analytically under a resistant earthquake design. Reinforced concrete results from combining concrete and steel to give resistance to the structure to make it more durable, could withstand regulatory loads, resist corrosion and even fire. However, more than good material is needed to create an effective structure. Variables such as load displacement, acting pressures and environmental circumstances, such as seismic activity, may impact the durability and carrying capacity of a structure over time; For this reason, taking these factors into account is crucial when building buildings. To reduce the impact of earthquakes on buildings that are built, it is essential to make the necessary assessments before starting any construction. For the calculation and design a conventional model was developed in the software under the criteria of the current NEC to analyze how the structure would behave.