Comparação de programas computacionais de cálculo estrutural para dimensionamento de estruturas de concreto armado reticuladas

Abstract

Technological advancements and the integration of computer software have permeated various sectors of society, including Civil Engineering. In this context, applications like Eberick, CYPECAD, and TQS have gained prominence, particularly in the domain of structural calculations. These software solutions have become indispensable tools for engineering professionals, owing to their precision and speed in generating results related to structural analysis, as well as their capacity to simulate and assess building structures. This study aims to address the question of similarities and discrepancies in the results obtained from a comparative analysis and design of structural software programs, with a specific focus on reinforced concrete frame structures. It involves a comprehensive review of relevant literature and employs comparative methods to shed light on the benefits and drawbacks of each software package. Consideration is given to key criteria such as computational efficiency and safety, in alignment with the regulatory guidelines outlined in NBR 6118 (2023). This research serves to facilitate the professional activities of engineers and designers in the field.