Dissertações
URI permanente para esta coleçãohttps://rigalileo.itegam.org.br/handle/123456789/174
Dissertações produzidas oriundas de convênios
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Resultados da Pesquisa
Item O Efeito da Semi Automatização do Processo de Soldagem MIG sobre Aspectos Ergonômicos e de Produtividade(Instituto de Tecnologia, 2018) FALCÃO, Marcos Maciel; SILVA, José Antonio daThe study evaluates the influence of the semi-automation of a rotating workbench in the MIG welding process, focusing on ergonomic and productivity aspects in a metallurgical industry of the Manaus Industrial Pole. The research shows that the implementation of semi-automation led to significant improvements in operators' quality of life, a reduction in musculoskeletal-related absences, and a 63% increase in daily productivity. The work combines qualitative and quantitative analysis, using field methods and literature review.Item Análise Ergonômica do Trabalho em Postos Informatizados(Instituto de Tecnologia, 2017) VIEIRA, Ellen Gina Coelho; OLIVEIRA, Kleber Bittencourt; LEITE, Jandecy CabralThe study examines ergonomic risks in computerized workstations in the administrative sector of a lubricant distributor in Manaus-AM. Tools such as RULA and Sue Rodgers were applied to assess postures and identify musculoskeletal injuries. The results highlighted the need for adjustments in furniture, inclusion of breaks, and workplace exercises to reduce negative health impacts on workers.Item Análise Ergonômica do Trabalho (AET) no Posto de Embalagem com Foco na Indústria de Produtos de Papelaria(Instituto de Tecnologia, 2016) LIMA, Vilma Reges Tamioka de; LEITE, Jandecy CabralThe study focuses on the application of Ergonomic Work Analysis (EWA) in a pen packaging station, using methods such as the PDCA cycle and tools like Moore & Garg and NIOSH to assess injury risks and enhance productivity. The goal was to reduce overload on workers' limbs, ensuring comfort and work efficiency.Item Análise Ergonômica do Trabalho em Postos Informatizados: Estudo de Caso em uma Distribuidora de Lubrificantes de Manaus-AM(Instituto de Tecnologia, 2017) VIEIRA, Ellen Gina Coelho; OLIVEIRA, Kleber BittencourtThe study presents an ergonomic analysis of computerized workstations in the administrative sector of a lubricant distributor in Manaus-AM. The objective was to identify and analyze situations that pose risks to workers' health, suggesting changes to minimize the negative impacts of computerized work. Questionnaires and assessment tools such as RULA and Sue Rodgers were applied to diagnose possible musculoskeletal injuries. The results indicated the need for modifications in the work environment, inclusion of breaks, and labor gymnastics to reduce labor complaints.Item Análise Ergonômica Aplicada aos Processos Industriais Relacionada a Trabalho em Ambientes a Altas Temperaturas(Universidade Federal do Pará, 2010) PINHEIRO, Jaqueline Silva de Souza; Prof. Dr. Roberto Célio Limão de OliveiraO estudo investiga a ergonomia em ambientes industriais de altas temperaturas, destacando riscos ocupacionais e possíveis melhorias. A pesquisa de campo na WM GAS da Amazônia Ltda. revelou a falta de adequação ergonômica e propõe soluções para aprimorar a segurança e saúde dos trabalhadores.Item O Uso do Design Visando o Redirecionamento de Mobiliário para Pequenos Espaços: Avaliação de Resistência Mecânica(Universidade Federal do Pará, 2016) PRADO FILHO, Marco Antônio Guerreiro; CUNHA, Edinaldo José de SousaWith the rapid advancement of technology and the expansion of large cities, urban spaces are becoming smaller, requiring furniture that adapts to these new realities. This paper presents the development of a modular chair, using design methods and industrial processes, focusing on ergonomic, semiotic, and mechanical resistance aspects. The chair was designed to be dynamic, easy to handle, and made with durable materials, allowing its use for various purposes and users. Tests conducted with ANSYS software and analytical calculations via FORTRAN showed minimal differences between the results, with seat stress of 0.9391 MPa (numerical calculation) and 0.9158 MPa (analytical calculation), and maximum vertical displacement of 0.62 mm and 0.48 mm, respectively.