Inelastic Analysis of Seismic-Resistant Plan Frames in Metallic Structures Using STAAD.Pro Connect Software

This research project focuses on addressing the problem of structural vulnerability to seismic events, a significant risk in Ecuador. The main objective is to analyze the inelastic behavior of planar frames in metallic structures, utilizing the specialized software STAAD.Pro CONNET, in compliance with Ecuadorian regulations (NEC) and international standards such as FEMA 356. The methodology involves three key stages: gathering and interpreting standards for determining loads (dead, live, and seismic), detailed modeling of 4, 5, and 6-story frames in the software, and finally, executing the non-linear inelastic analysis (pushover) to evaluate structural response. The goal is to encourage engineers and students to design structures with adequate ductility, promoting the plastic hinge mechanism in beams rather than columns, which is crucial for safety and asset protection in high seismic hazard zones. Expected outcomes include the publication of two scientific articles indexed in Scopus, contributing to structural engineering knowledge and compliance with seismic design requirements.<br/><br/><b>Goal</b>: <br/>To inelastically analyze seismic-resistant planar frames in metallic structures using STAAD.Pro CONNET software, ensuring compliance with current regulations to guarantee ductility and prevent structural collapse during seismic events.<br/><br/><b>Research lines</b>: <br/>Analytical and numerical models to analyze the behavior of materials and systems taking into account current regulations