Práticas de organizar na indústria criativa: a produção de um espetáculo de teatro musical em São Paulo - SP

Esta tese tem por objetivo compreender as práticas e ações de organizar necessárias à produção/organização de um espetáculo de teatro musical em São Paulo, a fim de explorar como as relações e articulações materialmente heterogêneas o sustentam e permitem suas apresentações. O foco nas práticas está alinhado à preocupação dos Estudos Organizacionais (EO) acerca de como “as organizações acontecem”, e na compreensão dos processos e práticas de organizar do cotidiano organizacional, remetendo ao entendimento das organizações como processos (organising) em constante estado de (re)constituição. O campo das indústrias criativas apresenta ainda lacunas pouco exploradas, referentes aos bens e serviços criativos. Seu foco de estudos está mais voltado para o consumo de tais bens e poucas pesquisas dedicam-se à sua produção e/ou organização. A própria noção de criatividade é entendida apenas como um atributo humano, talento ou habilidade, sem se enfatizar que alguns bens e serviços criativos e culturais apenas são possíveis a partir das relações e ações entre humanos e não-humanos. Na literatura organizacional, o teatro é amplamente estudado como uma metáfora ou como uma ferramenta de intervenção em processos de mudança ou aprendizado, sendo ainda raros estudos dedicados a explorar um espetáculo teatral como forma particular de organização. O teatro musical, inserido nas indústrias criativas, parece se consolidar no Brasil, principalmente pelo aumento de montagens de grandes musicais oriundos da Broadway, NYC, EUA, e sua crescente profissionalização, sobretudo na última década e, especialmente, na cidade de São Paulo, SP. Sua produção difere de outros gêneros teatrais pelo número de profissionais, investimentos e presença da tecnologia evidenciada em seus projetos de som, luz, cenografia e gestão de palco, tornando-o um campo fértil para a exploração sobre como atores se reúnem e formam o espetáculo visível (visto pelo público no palco) e o invisível (oculto nos bastidores). Sobre tal aspecto, a Teoria Ator-Rede (TAR), aqui utilizada como referencial teórico-metodológico, fornece um repertório analítico para a compreensão da organização como efeito de uma rede heterogênea de elementos, com uma estabilidade temporariamente alcançada. Para concretizar meu objetivo de explorar a organização de um musical, realizei uma pesquisa qualitativa, com inspiração etnográfica, na qual permaneci em campo durante dez meses junto a uma companhia cujo espetáculo esteve em cartaz em São Paulo entre os anos de 2013 e 2014. Descrevo, assim, como ocorreram as associações a articulações entre atores humanos e não-humanos, permeadas por esforços no sentido de gerar uma estabilização, um ordenamento, mesmo que precário, o qual é aqui entendido o musical (macro-ator ou rede-de-atores) em si e suas mais de trezentas apresentações durante a temporada, resultantes de ações em contínua (re)constituição. Negociações referentes a aquisições de direitos autorais, aspectos particulares da língua portuguesa, do público brasileiro, dos corpos e vozes do elenco brasileiro, as restrições estruturais do teatro, a produção de documentos, a marcação na sala de ensaios, a união do espetáculo via sistemas de som e imagem, a aquisição de equipamentos específicos e o sistema que permite “chamar o show” durante a apresentação são alguns dos temas que exploro. Com esta pesquisa, busquei assimilar o crescente interesse dos EO em relação organising e algumas das possibilidades oferecidas pela TAR quanto à multiplicidade e heterogeneidade inerentes às práticas organizativas, com o intuito de enriquecer a discussão acerca da organização e produção de bens e serviços criativos, destacando como a organização “espetáculo de teatro musical” é múltipla e materialmente heterogênea, e não apenas uma ideia exclusiva à ação humana ou criatividade como insumo de produção, tal como apregoa a maior parte das descrições referentes às indústrias criativas.

Do registro ao indicador: gestão da produção da informação assistencial nos hospitais

A valorização da utilização de indicadores assistenciais no monitoramento do desempenho dos sistemas de serviços de saúde cresceu de forma significativa nas últimas décadas. A expansão do Sistema Único de Saúde/SUS e do Sistema de Saúde Suplementar, e as formas de gestão adotadas estimularam o uso de indicadores na avaliação do desempenho, qualidade e segurança nos hospitais, sendo propostos sistemas de indicadores. Não houve uma correspondente preocupação com as condições de produção dos dados e informações para esses indicadores nos serviços de saúde. O artigo discute algumas das condições necessárias para a qualidade nos indicadores para a gestão da assistência nos hospitais: uma cultura de valorização da informação clínica, administrativa e de pesquisa, compartilhada por todos, e a adequada gestão dos registros clínicos, estatísticas hospitalares e sistemas de informações hospitalares. Não existem propostas prontas para a gestão da informação nos hospitais, fazendo-se necessário desenvolver uma capacidade institucional de incorporar e utilizar, na forma mais adequada para cada instituição e contexto, competências e recursos materiais e humanos diversificados, para que a gestão da informação se transforme em um processo dinâmico e parte da gestão do serviço como um todo

Novo sistema hidropónico aplicado à produção do tomate cereja (Lycopersicum esculentum Mill. var Moscatel RZ)

A hidroponia é uma técnica poderosa na utilização eficiente dos recursos agrícolas, pois permite um ganho quer na produtividade, quer na qualidade do fruto. Atualmente os sistemas hidropónicos utilizados em plantas de médio porte não são os mais adequados, sendo esta uma área a explorar. Neste trabalho criou-se um novo sistema hidropónico (Deep Large Flow Technique- DLFT) para aplicação a plantas de médio porte e avaliou-se o seu impacto no crescimento, produtividade, biomassa e qualidade do tomate cereja (Solanum lycopersicum var. Moscatel RZ). O sistema de cultivo tradicional (solo) e semi-hidropónico (suporte com fibra de coco) serviram como base de comparação. Observou-se que após 31 dias as plantas cultivadas no novo sistema hidropónico obtiveram um crescimento acentuado, apresentando 3x mais frutos. Em termos de produtividade, os sistemas hidropónicos foram iguais, sendo o sistema tradicional 4x inferior. O total de biomassa foi significativamente maior no novo sistema hidropónico, com mais 20% e 88% que o sistema semi-hidropónico e tradicional, respetivamente. As plantas produzidas no sistema DLFT apresentaram frutos com qualidade superior, com um rácio de monossacarídeos/acidez de 6,6 mg/g. O conteúdo total de ácidos gordos nos frutos cultivados com este sistema foi 39% e 44% superior aos do semihidropónico e do tradicional. Contrariamente, o conteúdo de flavonóides foi inferior nos frutos cultivados com o novo sistema hidropónico, tendo os frutos do sistema tradicional e do sistema semi-hidropónico 40% e 10% maior teor desta família de compostos. Os resultados obtidos neste estudo demonstram que a utilização do novo sistema hidropónico na produção de plantas de médio porte, aumenta o crescimento, a acumulação de biomassa e a qualidade do fruto. Assim, permite ao produtor reduzir os custos, rentabilizar a produção (menor tempo de produção), valorizar a biomassa da planta e aumentar a qualidade do produto. Também, através dos teores de carotenóides, ácidos gordos e polifenóis poderá inferir-se que ocorreu um menor impato dos stressses abióticos subjacentes aos sistemas nas plantas produzidas pelo sistema DLFT.

Fatores de sucesso na implementação de sistemas integrados de gestão empresarial (ERP): estudo de caso em uma média empresa

RAMOS, A. S. M.; OLIVEIRA, M. A. Fatores de sucesso na implementação de sistemas integrados de gestão empresarial (ERP): estudo de caso em uma média empresa. In: ENCONTRO NACIONAL DE ENGENHARIA DE PRODUÇÂO, 22., 2002, Curitiba-PR. Anais... Porto Alegre-RS: ABEPRO, 2002. v. 1.

Auditoria de inteligência: um método para o diagnóstico de sistemas de inteligência competitiva e organizacional

CARVALHO, Andréa Vasconcelos ; ESTEBAN NAVARRO, Miguel Ángel. . Auditoria de Inteligência: um método para o diagnóstico de sistemas de inteligência competitiva e organizacional. In: XI ENANCIB - Encontro Nacional de Pesquisa em Ciência da Informação, 2010, Rio de Janeiro. Anais do XI ENANCIB. Rio de Janeiro: ANCIB, 2010.

Síntese e caracterização de cerâmicas nanométricas para produção de gás de síntese

In this work, ceramic powders belonging to the system Nd2-xSrxNiO4 (x = 0, 0.4, 0.8, 1.2 and 1.6) were synthesized for their use as catalysts to syngas production partial. It was used a synthesis route, relatively new, which makes use of gelatin as organic precursor. The powders were analyzed at several temperatures in order to obtain the perovskite phase and characterized by several techniques such as thermal analysis, X-rays diffraction, Rietveld refinement method, specific surface area, scanning electron microscopy, energy dispersive spectroscopy of X-rays and temperature programmed reduction. The results obtained using these techniques confirmed the feasibility of the synthesis method employed to obtain nanosized particles. The powders were tested in differential catalytic conditions for dry reforming of methane (DRM) and partial oxidation of methane (POM), then, some systems were chosen for catalytic integrals test for (POM) indicating that the system Nd2-xSrxNiO4 for x = 0, 0.4 and 1.2 calcined at 900 °C exhibit catalytic activity on the investigated experimental conditions in this work without showing signs of deactivation

Estudo da incorporação da cal em composições binárias de solo-cimento para produção de tijolos maciços

The use of binders in the soil for the production of solid bricks is an old construction technique that has been used by several civilizations over time. At the same time, the need for environmental preservation and the tendency of scarcity of natural resources make the construction invest in researching new concepts, methods and materials for building systems for the sustainability of their economic activities. Thus arises the need to obtain building materials with low power consumption, capable of reducing the growing housing shortage of rural and urban population. Currently, research has been conducted on this topic to better understand the cementitious and pozzolanic reactions that occur in the formation of the microstructure of the soil-cement when added to other materials such as, for example, lime, and the relationship between microstructure and formed interfaces with the physical, mechanical and chemical analysis in compounds made from these ternary compositions. In this context, this study aimed to analyze the results of the influence of the incorporation of lime to the soil-cement to form a ternary mixture to produce soil-cement bricks and mortar without structural purposes. From the inclusion of contents of 6 %, 8 %, 10% and 12% lime to the soil, and soil-cement mixes in amounts of 2 %, 3 %, 4 % and 5 % were shaped-bodies of -cylindrical specimens to determine the optimum moisture content and maximum dry apparent specific weight. Then they were cured, and subjected to the tests of compressive strength, absorption and durability modified. Compositions obtained the best results in the tests performed on the bodies-of-proof cylindrical served as a parameter for molding of solid bricks, which underwent the same experimental methodology previously cited. The raw materials used, as well as compositions in which the bricks were molded solid, were characterized by physical and chemical tests, X-ray diffraction and scanning electron microscopy. The results obtained in the study indicate that the compositions studied, that showed the best results in terms of compressive strength, water absorption and durability ternary composition was soil, 10 % cement and 2 % lime

Estudo de sistemas multicomponentes no processo de injeção cíclica de vapor

In Brazilian Northeast there are reservoirs with heavy oil, which use steam flooding as a recovery method. This process allows to reduce oil viscosity, increasing its mobility and consequently its oil recovery. Steam injection is a thermal method and can occurs in continues or cyclic form. Cyclic steam stimulation (CSS) can be repeated several times. Each cycle consisting of three stages: steam injection, soaking time and production phase. CSS becomes less efficient with an increase of number of cycles. Thus, this work aims to study the influence of compositional models in cyclic steam injection and the effects of some parameters, such like: flow injection, steam quality and temperature of steam injected, analyzing the influence of pseudocomponents numbers on oil rate, cumulative oil, oil recovery and simulation time. In the situations analyzed was compared the model of fluid of three phases and three components known as Blackoil . Simulations were done using commercial software (CMG), it was analyzed a homogeneous reservoir with characteristics similar to those found in Brazilian Northeast. It was observed that an increase of components number, increase the time spent in simulation. As for analyzed parameters, it appears that the steam rate, and steam quality has influence on cumulative oil and oil recovery. The number of components did not a lot influenced on oil recovery, however it has influenced on gas production

Gerenciamento de alarmes em plataformas marítimas de produção de hidrocarbonetos: metodologia e estudo de caso

In the operational context of industrial processes, alarm, by definition, is a warning to the operator that an action with limited time to run is required, while the event is a change of state information, which does not require action by the operator, therefore should not be advertised, and only stored for analysis of maintenance, incidents and used for signaling / monitoring (EEMUA, 2007). However, alarms and events are often confused and improperly configured similarly by developers of automation systems. This practice results in a high amount of pseudo-alarms during the operation of industrial processes. The high number of alarms is a major obstacle to improving operational efficiency, making it difficult to identify problems and increasing the time to respond to abnormalities. The main consequences of this scenario are the increased risk to personal safety, facilities, environment deterioration and loss of production. The aim of this paper is to present a philosophy for setting up a system of supervision and control, developed with the aim of reducing the amount of pseudo-alarms and increase reliability of the information that the system provides. A real case study was conducted in the automation system of the offshore production of hydrocarbons from Petrobras in Rio Grande do Norte, in order to validate the application of this new methodology. The work followed the premises of the tool presented in ISA SP18.2. 2009, called "life cycle alarm . After the implementation of methodology there was a significant reduction in the number of alarms

Desenvolvimento de sistemas embarcados para redes de sensores e atuadores sem fio aplicadas em unidades de elevação de petróleo do tipo Plunger-Lift

The Wireless Sensor Networks (WSN) methods applied to the lifting of oil present as an area with growing demand technical and scientific in view of the optimizations that can be carried forward with existing processes. This dissertation has as main objective to present the development of embedded systems dedicated to a wireless sensor network based on IEEE 802.15.4, which applies the ZigBee protocol, between sensors, actuators and the PLC (Programmable Logic Controller), aiming to solve the present problems in the deployment and maintenance of the physical communication of current elevation oil units based on the method Plunger-Lift. Embedded systems developed for this application will be responsible for acquiring information from sensors and control actuators of the devices present at the well, and also, using the Modbus protocol to make this network becomes transparent to the PLC responsible for controlling the production and delivery information for supervisory SISAL

Aplicação de sistemas microemulsionados ácidos em acidificação de poços

Stimulation operations have with main objective restore or improve the productivity or injectivity rate in wells. Acidizing is one of the most important operations of well stimulation, consist in inject acid solutions in the formation under fracture formation pressure. Acidizing have like main purpose remove near wellbore damage, caused by drilling or workover operations, can be use in sandstones and in carbonate formations. A critical step in acidizing operation is the control of acid-formation reaction. The high kinetic rate of this reaction, promotes the consumed of the acid in region near well, causing that the acid treatment not achive the desired distance. In this way, the damage zone can not be bypassed. The main objective of this work was obtain stable systems resistant to the different conditions found in field application, evaluate the kinetic of calcite dissolution in microemulsion systems and simulate the injection of this systems by performing experiments in plugs. The systems were obtained from two non ionic surfactants, Unitol L90 and Renex 110, with sec-butanol and n-butanol like cosurfactants. The oily component of the microemlsion was xilene and kerosene. The acqueous component was a solution of HCl 15-26,1%. The results shown that the microemulsion systems obtained were stable to temperature until 100ºC, high calcium concentrations, salinity until 35000 ppm and HCl concentrations until 25%. The time for calcite dissolution in microemulsion media was 14 times slower than in aqueous HCl 15%. The simulation in plugs showed that microemulsion systems promote a distributed flux and promoted longer channels. The permeability enhancement was between 177 - 890%. The results showed that the microemulsion systems obtained have potential to be applied in matrix acidizing

Uso da glicerina oriunda da síntese do biodiesel em sistemas microemulsionados visando aplicação de herbicidas

The program PROBIODIESEL from the Ministry of Science and Technology has substantially increased glycerine, obtained as a sub-product of biodiesel production process, making it necessary to seek alternatives for the use of this co-product. On the other hand, herbicides although play a role of fundamental importance in the agricultural production system in force, have been under growing concern among the various segments of society because of their potential environmental risk. In this work, we used glycerin in microemulsion systems for application of herbicides, to improve efficiency and lower environmental pollution caused by the loss of those products to the environment. To obtain the systems of microemulsinados were used Unitol L90 NP and Renex 40 as surfactants, butanol as co-surfactant, coconut oil as oil phase and aqueous phase as we used solutions of glycerin + water. Through the determination of phase diagrams, the microemulsion region was found in the system E (L90 Unitol, coconut oil and glycerin + water 1:1). Three points were chosen to the aqueous phase rich in characterization and application in the solubilization of glyphosate and atrazine. Three experiments were performed in Horta, Department of Plant Sciences, Plant Science Sector, UFERSA, Mossoró-RN. The first experiment was conducted in randomized complete blocks with 20 treatments and four replications. The treatments consisted of five doses of the herbicide glyphosate (0.0, 0.45, 0.9, 1.35 and 1.8 L ha-1) diluted with four sauces: C1, C2, C3 (microemulsions) and C4 (water). The phytotoxicity of Brachiaria brizantha was measured at 7, 14, 28 and 60 DAA (days after application). At 60 DAA, we evaluated the biomass of plants. The second experiment was developed in randomized complete blocks with 20 treatments and four repetitions. The treatments consisted of five doses of the herbicide atrazine (0.0, 0.4, 0.8, 1.6 and 2.4 L ha-1) diluted with four sauces: C1, C2, C3 (microemulsions) and C4 (water). The phytotoxicity on Zea mays and Talinum paniculatum was evaluated at 2, 7, 20 DAA. The experiment III was developed in randomized complete blocks with 16 treatments and three repetitions. The treatments consisted of 16 combinations among the constituents of the microemulsion: Unitol L90 surfactant (0.0, 1.66, 5.0, 15 %) and glycerin (0.0, 4.44, 13.33 and 40.0 %). The phytotoxicity on Zea mays was evaluated at 1, 7 and 14 DAA. At 14 DAA, we evaluated the biomass of plants. The control plants using the microemulsions was lower than in the water due to the poisoning caused by the initial microemulsions in the leaves of the plants, a fact that hinders the absorption and translocation of the herbicide. There was no toxicity in Zea mays plants caused by the herbicide, however, were highly intoxicated by microemulsions. T. paniculatum was better controlled in spraying with the microemulsions, regardless of the dose of the herbicide. The glycerine did not cause plant damage. Higher poisoning the plants are caused by tensoactive Unitol L90 and higher rates occur with the use of higher concentrations of surfactant and glycerin, or microemulsion. The microemulsions used hampered the action of glyphosate in controlling B. brizantha and caused severe poisoning in corn, and these poisonings attributed mainly to the action of surfactant

Projeto, construção e análise de um prototipo vibracional em escala de bancada aplicável ao tratamento de água de produção de petróleo bruto, mediante inovadora operação híbrida de adsorção e auto-flotação

A self-flotator vibrational prototype electromechanical drive for treatment of oil and water emulsion or like emulsion is presented and evaluated. Oil production and refining to obtain derivatives is carried out under arrangements technically referred to as on-shore and off-shore, ie, on the continent and in the sea. In Brazil 80 % of the petroleum production is taken at sea and area of deployment and it cost scale are worrisome. It is associated, oily water production on a large scale, carrier 95% of the potential pollutant of activity whose final destination is the environment medium, terrestrial or maritime. Although diversified set of techniques and water treatment systems are in use or research, we propose an innovative system that operates in a sustainable way without chemical additives, for the good of the ecosystem. Labyrinth adsor-bent is used in metal spirals, and laboratory scale flow. Equipment and process patents are claimed. Treatments were performed at different flow rates and bands often monitored with control systems, some built, other bought for this purpose. Measurements of the levels of oil and grease (OGC) of efluents treaty remained within the range of legal framework under test conditions. Adsorbents were weighed before and after treatment for obtaining oil impregna-tion, the performance goal of vibratory action and treatment as a whole. Treatment technolo-gies in course are referenced, to compare performance, qualitatively and quantitatively. The vibration energy consumption is faced with and without conventional flotation and self-flotation. There are good prospects for the proposed, especially in reducing the residence time, by capillary action system. The impregnation dimensionless parameter was created and confronted with consecrated dimensionless parameters, on the vibrational version, such as Weber number and Froude number in quadratic form, referred to as vibrational criticality. Re-sults suggest limits to the vibration intensity