How the delphi and AHP methods are aiding to define the critical success factors priorities in a digital factory project implementation

Digital factory is a concept that offers a collaborative approach to enhance product and production engineering processes through simulation. Products, processes and resources are modeled to be used to develop and test the product conception and manufacturing processes, before their use in the real factory. The purpose of this paper is to present the steps to identify the Critical Success Factors (CSF) priorities in a digital factory project implementation in a Brazilian company and how the Delphi and AHP Methods are aiding to identify these CSF priorities. Copyright © 2008 SAE International.

Unidades estratégicas de negócios: uma ferramenta para gestão competitiva de empresas

Este artigo tem por objetivo discutir e apresentar algumas considerações acerca das vantagens e implicações da utilização do conceito de UEN - Unidade Estratégica de Negócios, na gestão de empresas, de modo geral. O artigo discute algumas relações que devem ser esclarecidas antes da plena adoção do conceito. Baseado na literatura e na experiência do autor em consultoria em empresas, o artigo propõe uma abordagem metodológica para permitir que gerentes possam definir, analisar e compreender os efeitos da utilização do conceito de UEN - Unidade Estratégica de Negócios, considerando as dimensões competitivas ou Fatores Críticos de Sucesso típicos e intrínsecos da natureza de cada negócio.

Diversidade de líquens em leguminosas da Reserva Biológica de Mogi-Guaçu, SP

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

Estudo sobre uma turbina a gás instalada em uma refinaria de petróleo

The gas turbine (GT) is known to have: low cost of capital over the amount of energy, high flexibility, high reliability, short delivery time, commissioning and commercial operation at the beginning and quick departure. The gas turbine is also recognized for its superior environmental performance, manifested in air pollution containment and reducing greenhouse gases (Mahi, 1994). Gas turbines in simple cycle mode (SC) have long been used by utilities to limited power generation peak. In addition, manufacturing facilities use gas turbines for power generation units on site, often in combination with the process of heat production, such as hot water and steam process. In recent years, the performance of industrial gas turbines has been improved due to significant investments in research and development, in terms of fuel to electricity conversion efficiency, plant capacity, availability and reliability. The greater availability of energy resources such as natural gas (NG), the significant reduction of capital costs and the introduction of advanced cycles, have also been a success factor for the increased use of gas turbines to load applications base (Poulikas, 2004). Open Cycle Gas Turbine with a greater degree of heat to the atmosphere may alternatively be used to produce additional electricity using a steam cycle, or to compose a cogeneration process. The combined cycle (CC) uses the heat from the gas turbine exhaust gas to increase the power output and increase the overall efficiency of more than 50% second (Najjar, 2001). The initial discovery of these cycles in the commercial power generation market was possible due to the development of the gas turbine. Only from the 1970s that gas turbine inlet temperature and therefore the exhaust gas temperature was sufficiently high to allow a better efficiency in the combined cycle ... (Complete Abstract click electronic access below)

Nest deprivation and mating success in Nile tilapia (Teleostei: Cichlidae)

Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)

The hydraulic management of the Barra Bonita reservoir (SP, Brazil) as a factor influencing the temporal succession of its fish community

Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)