Diseño y análisis estructural de un galpón para almacenamiento de materiales de construcción en Daule

Abstract

The present thesis focuses on the structural design and analysis of a warehouse intended for storing construction materials in the canton of Daule, Ecuador. Given its location in a seismically active zone, the main objective is to ensure the safety and functionality of the structure against seismic movements. The project is based on a comprehensive analysis. This includes the dimensioning of steel profiles, employing tools such as Robot Structural Analysis Professional (Autodesk) software to simulate the structure's behavior under permanent, wind, and seismic loads. The methodology aligns with the Ecuadorian Construction Standard (NEC15) to guarantee regulatory compliance. The choice of structural steel is highlighted for its strength, ductility, and lightness, essential properties for an effective response to seismic forces. This approach not only seeks structural safety but also sustainable urban development, promoting energy efficiency and responsible construction. The study is presented as a technical model for future resilient constructions in areas with similar seismic characteristics.