Artigo_TCC
URI permanente para esta coleçãohttps://ri.ifam.edu.br/handle/4321/778
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Item Inteligência Artificial na construção civil: benefícios, desafios e a importância do profissional na tomada de decisão(2025-03-03) Barboza, Tereza Nazaré Ulloa; Aguiar, Cristiane Pereira deThe research explores the impact of Artificial Intelligence (AI) on decision-making in the construction industry, particularly in the use of programs for the preparation of architectural projects. Although AI offers several opportunities for resource optimization, scenario simulation, and process automation, it also presents challenges, such as the dependence on automated systems that can compromise the quality of technical work. The study seeks to investigate the potential benefits and risks associated with the implementation of AI in the sector, with a focus on the creation and management of architectural projects. The methodology adopted involved bibliographic research based on academic articles, books, and recent case studies, with a thematic analysis: identifying the programs that are classified as AI and how they affect today's civil engineering scenario, their challenges, and benefits. The results indicate that, although AI can improve efficiency and reduce costs, its application without technical supervision can generate misinterpretation and legal problems, especially when users do not have specialized training. The research concludes that, in order to maximize the benefits of AI, it is essential that construction professionals continue to act critically, supervising technological tools and ensuring that projects comply with local standards and requirements. Therefore, AI should be seen as a complementary tool, and not as a substitute for the technical knowledge of professionals in the sector.Item Avaliação do comportamento mecânico da mistura de um solo Laterítico com cimento Portland(2023-07-04) Bentes, Nilton César da Silva; Ferreira, Marcos Raiker Printes; Silva, Fábio Martins daThe present study proposes to evaluate in a comparative way the influence of the addition of Portland Cement on the physical and mechanical properties of a soil sample collected in the metropolitan region of Manaus-AM. For this purpose, consistency and granulometry limits have been tested for characterisation; compaction, to obtain optimal humidity and maximum dry apparent specific mass, and finally, test for Índice de Suporte Califórnia – ISC and expansion. The comparative analysis was done by interpreting the results obtained with the soil in the natural condition (SN) in front of samples with addition of 3% Portland cement (SN + 3% CP). The results point to little influence on the physical parameters, however a 563% improvement in ISC.Item Gestão de resíduos sólidos urbanos em Manaus – análise das modalidades: coleta domiciliar e coleta seletiva(2023-03-12) Silva, Lais de SouzaThe urban solid waste (USW) management has been earn prominence around the world, because an inadequate management cause a series of negative impacts on the human Life. The impacts go since atmospheric pollution until visual pollution and even same the health population. The article is about management solid waste USW in the modality home and selective collection one of being more practiced on the city but behind bad consequences for the population and the other is on the process implementation with focus on reducing impacts in the environment. The chalegend of USW management is ponder the exaggerated generation and ensure environment a good final disposal of wastes. The objective of this study is to show how could be done the USW management in the modality home collection and selective collection. The methodology used to achieve established objectives was bibliographic search exploratory documentary as qualitative nature cause it aim valuable results that add knowlegde to the society such informations was taken of publications made in the databases, most used for research in Brazil, and in the world and in the government web sites. The study points out as a result that we have a idealized management in the theory way but in the practice form there are one deficiency in your implementation.Item Utilização de resíduos da construção e demolição – RCD com aditivos plásticos (polietilenos) na construção de pavimento intertravado permeável “PAVERS”(2022-04-29) Leite, Bruno de Lucas Ferreira; Lucena, Ana Maria Dias da SilvaItem Monitoring the transmission of COVID 19 through geoprocessing technique(2023-02-27) Canto, Claudio Ricardo FariasItem Reconstrução de um projeto comercial com a utilização da tecnologia scanner para BIM(2023-03-31) Oliveira, Wenderson Igor de Almeida; Silva, Felipe Wilson Leão da; Barros, Laerte MeloModeling aims to make built environments easier to understand, define and quantify materials, visualize, and simulate physical spaces. Currently, building information models (BIM) have been widely used in the creation phase of new constructions, but the use of BIM becomes a challenging process when it needs to be applied in buildings that were built before the technology existed. And today, engineering and construction needs more efficient information models for the reconstruction of 3D projects of old buildings and the architectural heritage of large cities, to facilitate decisionmaking in renovations and new adaptations. The traditional process to create or update the 3D modeling of a building built before BIM is a time-consuming and laborious procedure. Laser scanning technology from point clouds with the integration of a global positioning system, for refinement and adjustment of the external and internal environments of the building help to reduce errors. This article proposes a procedure capable of integrating images and accurate information from a mobile LiDAR scanner by point clouds, a positioning system, and finally, a reconstruction BIM model. The results showed that the procedures improved the quality of the reconstruction in terms of completeness, precision, and speed in modeling.Item Renaturalização de cursos d’água em Manaus/AM(2020-05-12) Chaves, Adelina Cristina Augusto; Carvalho, Iraúna MaiconãThe Manaus City has important urban watersheds that have high levels of pollution, occupation of the margins, reduction of natural drainage and accumulation of solid waste. Such areas need alternatives that enable the landscape to change positively, improving the quality of these areas, mobility and leisure in the community. This work identifies and maps the main streams and water courses in the Manaus’s watersheds and proposes alternatives for the naturalization of the streams' areas, aiming to guarantee the return of the water courses in their fullness. It uses georeferenced hydrological maps of the Manaus’s watersheds, research by public agencies and a bibliographic review by local scientists, who investigate the recovery of riverbeds. Hence, it delimits the watersheds and proposes alternatives for the renaturalization of watercourses. In this way, it aims to contribute to the discussion regarding environmental sustainability and contribute to raising awareness of the need to implement actions with socio-environmental responsibility.