1000 resultados para PROGRAMA INGENIERÍA INDUSTRIAL
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With the growth of the demand on electric energy in the last decades, the urban distribution and transmission systems have experienced a bigger necessity to improve on the substations, the automation procedures and techniques on the operation maneuvers of such systems, in a sense that better attends the quality levels, availability, continuity and operational reliability. In this way, the objective of the present paper is to perform a study of protection and control on an electrical industrial system involving the procedures of digitizing and maneuvers automatism utilizing operational techniques and other pertinent information used in a typical high-voltage Industrial Electrical System. Analysis were made on short-circuits to specify the main components of the 138 [kV] substation, in addition, there were used digital MiCOM relays to make the protection of the present elements. With that, a program was developed to allow the user to monitor the condition of circuit-breakers through a supervision screen being able to simulate some kinds of faults, as well as observing the characteristics of each device. This way, the importance of having a fast and reliable system that ensures the equipment’s protection and the industrial process continuity due to faults on the electrical system is noticeable. It’s important to highlight that all this digitizing was mainly favored by the development of digital technology on the last years, mainly on microelectronics, also with the appearance of supervision gadgets allowing the development of complex systems in supervision and electric energy control
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The territorial approach of development took an important place in the public politics of the State, also guiding the actions originated from different organizations of the society. The territorial focus, infl uenced by the analysis related to the industrial districts, is highlighted as a specifi c form to dealing with process and situations spatially delimited. In Brazil, the Secretary of Territorial Development, linked to the Ministry of Agrarian Development, since 2003, has adopted it strategically through the Programa Nacional de Desenvolvimento Sustentável dos Territórios Rurais (PRONAT). In 2008, had occurs the implantation of the Programa Territórios da Cidadania, a part of the PRONAT and of the rural development politic directed to the dynamization of the depressed territories constituted by small counties that cover rural and urban areas and activities, overcoming the focus on the rural world. The analysis of the assumptions underlying to the adoption of this strategy on the politic of the rural development in Brazil made through the study of the constitution of the Território Integração Norte Pioneiro (PR), which indicates that the focus of this politic falls more on the effectiveness of the decentralization than the concretization, and implementation, of the social management.
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Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)
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In this work, we discuss the procedures adopted for the design of built-up columns (laced and battened columns). Built-up columns are widely used in steel construction generally when the compression forces are relatively low and the column buckling lengths are large. They are commonly used in industrial buildings, for example, as posts for cladding, or as columns supporting a crane girder. Unlike columns with full section, in the case of built-up columns, it is necessary to evaluate the shear stiffness. In fact, the shear strength leads to a significant reduction of the critical load. In the context of this work, the components of the columns (chords, diagonals, posts, etc.) are formed by cold-formed members. In order to systematize and rationalize the verification of the built-up columns, this work aim to develop a computer program based on the standards NBR 14762, NBR 6355 and Eurocode 3, basically the considerations of the part EN 1993-1-1
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In this work, we discuss the procedures adopted for the design of built-up columns (laced and battened columns). Built-up columns are widely used in steel construction generally when the compression forces are relatively low and the column buckling lengths are large. They are commonly used in industrial buildings, for example, as posts for cladding, or as columns supporting a crane girder. Unlike columns with full section, in the case of built-up columns, it is necessary to evaluate the shear stiffness. In fact, the shear strength leads to a significant reduction of the critical load. In the context of this work, the components of the columns (chords, diagonals, posts, etc.) are formed by cold-formed members. In order to systematize and rationalize the verification of the built-up columns, this work aim to develop a computer program based on the standards NBR 14762, NBR 6355 and Eurocode 3, basically the considerations of the part EN 1993-1-1
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Doctorado en Ciencias Económicas y Empresariales. Programa de Administración y Dirección de Empresas
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Programa de Doctorado Tecnología Industrial
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Programa de Doctorado: Tecnología Industrial
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Eliminadas las páginas en blanco
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Programa de doctorado: Tecnología industrial.
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Programa de doctorado: Tecnología industrial
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Programa de doctorado: Tecnología industrial
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Programa de doctorado: Tecnología industrial
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Programa de doctorado: Sistemas inteligentes y aplicaciones numéricas en ingeniería.
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Programa de Doctorado: Tecnología Industrial