809 resultados para Crioulização cénica


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The verification and validation activity plays a fundamental role in improving software quality. Determining which the most effective techniques for carrying out this activity are has been an aspiration of experimental software engineering researchers for years. This paper reports a controlled experiment evaluating the effectiveness of two unit testing techniques (the functional testing technique known as equivalence partitioning (EP) and the control-flow structural testing technique known as branch testing (BT)). This experiment is a literal replication of Juristo et al. (2013). Both experiments serve the purpose of determining whether the effectiveness of BT and EP varies depending on whether or not the faults are visible for the technique (InScope or OutScope, respectively). We have used the materials, design and procedures of the original experiment, but in order to adapt the experiment to the context we have: (1) reduced the number of studied techniques from 3 to 2; (2) assigned subjects to experimental groups by means of stratified randomization to balance the influence of programming experience; (3) localized the experimental materials and (4) adapted the training duration. We ran the replication at the Escuela Polite?cnica del Eje?rcito Sede Latacunga (ESPEL) as part of a software verification & validation course. The experimental subjects were 23 master?s degree students. EP is more effective than BT at detecting InScope faults. The session/program and group variables are found to have significant effects. BT is more effective than EP at detecting OutScope faults. The session/program and group variables have no effect in this case. The results of the replication and the original experiment are similar with respect to testing techniques. There are some inconsistencies with respect to the group factor. They can be explained by small sample effects. The results for the session/program factor are inconsistent for InScope faults. We believe that these differences are due to a combination of the fatigue effect and a technique x program interaction. Although we were able to reproduce the main effects, the changes to the design of the original experiment make it impossible to identify the causes of the discrepancies for sure. We believe that further replications closely resembling the original experiment should be conducted to improve our understanding of the phenomena under study.

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La región cerca de la pared de flujos turbulentos de pared ya está bien conocido debido a su bajo número de Reynolds local y la separación escala estrecha. La región lejos de la pared (capa externa) no es tan interesante tampoco, ya que las estadísticas allí se escalan bien por las unidades exteriores. La región intermedia (capa logarítmica), sin embargo, ha estado recibiendo cada vez más atención debido a su propiedad auto-similares. Además, de acuerdo a Flores et al. (2007) y Flores & Jiménez (2010), la capa logarítmica es más o menos independiente de otras capas, lo que implica que podría ser inspeccionado mediante el aislamiento de otras dos capas, lo que reduciría significativamente los costes computacionales para la simulación de flujos turbulentos de pared. Algunos intentos se trataron después por Mizuno & Jiménez (2013), quien simulan la capa logarítmica sin la región cerca de la pared con estadísticas obtenidas de acuerdo razonablemente bien con los de las simulaciones completas. Lo que más, la capa logarítmica podría ser imitado por otra turbulencia sencillo de cizallamiento de motor. Por ejemplo, Pumir (1996) encontró que la turbulencia de cizallamiento homogéneo estadísticamente estacionario (SS-HST) también irrumpe, de una manera muy similar al proceso de auto-sostenible en flujos turbulentos de pared. Según los consideraciones arriba, esta tesis trata de desvelar en qué medida es la capa logarítmica de canales similares a la turbulencia de cizalla más sencillo, SS-HST, mediante la comparación de ambos cinemática y la dinámica de las estructuras coherentes en los dos flujos. Resultados sobre el canal se muestran mediante Lozano-Durán et al. (2012) y Lozano-Durán & Jiménez (2014b). La hoja de ruta de esta tarea se divide en tres etapas. En primer lugar, SS-HST es investigada por medio de un código nuevo de simulación numérica directa, espectral en las dos direcciones horizontales y compacto-diferencias finitas en la dirección de la cizalla. Sin utiliza remallado para imponer la condición de borde cortante periódica. La influencia de la geometría de la caja computacional se explora. Ya que el HST no tiene ninguna longitud característica externa y tiende a llenar el dominio computacional, las simulaciopnes a largo plazo del HST son ’mínimos’ en el sentido de que contiene sólo unas pocas estructuras media a gran escala. Se ha encontrado que el límite principal es el ancho de la caja de la envergadura, Lz, que establece las escalas de longitud y velocidad de la turbulencia, y que las otras dos dimensiones de la caja debe ser suficientemente grande (Lx > 2LZ, Ly > Lz) para evitar que otras direcciones estando limitado también. También se encontró que las cajas de gran longitud, Lx > 2Ly, par con el paso del tiempo la condición de borde cortante periódica, y desarrollar fuertes ráfagas linealizadas no físicos. Dentro de estos límites, el flujo muestra similitudes y diferencias interesantes con otros flujos de cizalla, y, en particular, con la capa logarítmica de flujos turbulentos de pared. Ellos son exploradas con cierto detalle. Incluyen un proceso autosostenido de rayas a gran escala y con una explosión cuasi-periódica. La escala de tiempo de ruptura es de aproximadamente universales, ~20S~l(S es la velocidad de cizallamiento media), y la disponibilidad de dos sistemas de ruptura diferentes permite el crecimiento de las ráfagas a estar relacionado con algo de confianza a la cizalladura de turbulencia inicialmente isotrópico. Se concluye que la SS-HST, llevado a cabo dentro de los parámetros de cílculo apropiados, es un sistema muy prometedor para estudiar la turbulencia de cizallamiento en general. En segundo lugar, las mismas estructuras coherentes como en los canales estudiados por Lozano-Durán et al. (2012), es decir, grupos de vórticidad (fuerte disipación) y Qs (fuerte tensión de Reynolds tangencial, -uv) tridimensionales, se estudia mediante simulación numérica directa de SS-HST con relaciones de aspecto de cuadro aceptables y número de Reynolds hasta Rex ~ 250 (basado en Taylor-microescala). Se discute la influencia de la intermitencia de umbral independiente del tiempo. Estas estructuras tienen alargamientos similares en la dirección sentido de la corriente a las familias separadas en los canales hasta que son de tamaño comparable a la caja. Sus dimensiones fractales, longitudes interior y exterior como una función del volumen concuerdan bien con sus homólogos de canales. El estudio sobre sus organizaciones espaciales encontró que Qs del mismo tipo están alineados aproximadamente en la dirección del vector de velocidad en el cuadrante al que pertenecen, mientras Qs de diferentes tipos están restringidos por el hecho de que no debe haber ningún choque de velocidad, lo que hace Q2s (eyecciones, u < 0,v > 0) y Q4s (sweeps, u > 0,v < 0) emparejado en la dirección de la envergadura. Esto se verifica mediante la inspección de estructuras de velocidad, otros cuadrantes como la uw y vw en SS-HST y las familias separadas en el canal. La alineación sentido de la corriente de Qs ligada a la pared con el mismo tipo en los canales se debe a la modulación de la pared. El campo de flujo medio condicionado a pares Q2-Q4 encontró que los grupos de vórticidad están en el medio de los dos, pero prefieren los dos cizalla capas alojamiento en la parte superior e inferior de Q2s y Q4s respectivamente, lo que hace que la vorticidad envergadura dentro de las grupos de vórticidad hace no cancele. La pared amplifica la diferencia entre los tamaños de baja- y alta-velocidad rayas asociados con parejas de Q2-Q4 se adjuntan como los pares alcanzan cerca de la pared, el cual es verificado por la correlación de la velocidad del sentido de la corriente condicionado a Q2s adjuntos y Q4s con diferentes alturas. Grupos de vórticidad en SS-HST asociados con Q2s o Q4s también están flanqueadas por un contador de rotación de los vórtices sentido de la corriente en la dirección de la envergadura como en el canal. La larga ’despertar’ cónica se origina a partir de los altos grupos de vórticidad ligada a la pared han encontrado los del Álamo et al. (2006) y Flores et al. (2007), que desaparece en SS-HST, sólo es cierto para altos grupos de vórticidad ligada a la pared asociados con Q2s pero no para aquellos asociados con Q4s, cuyo campo de flujo promedio es en realidad muy similar a la de SS-HST. En tercer lugar, las evoluciones temporales de Qs y grupos de vórticidad se estudian mediante el uso de la método inventado por Lozano-Durán & Jiménez (2014b). Las estructuras se clasifican en las ramas, que se organizan más en los gráficos. Ambas resoluciones espaciales y temporales se eligen para ser capaz de capturar el longitud y el tiempo de Kolmogorov puntual más probable en el momento más extrema. Debido al efecto caja mínima, sólo hay un gráfico principal consiste en casi todas las ramas, con su volumen y el número de estructuras instantáneo seguien la energía cinética y enstrofía intermitente. La vida de las ramas, lo que tiene más sentido para las ramas primarias, pierde su significado en el SS-HST debido a las aportaciones de ramas primarias al total de Reynolds estrés o enstrofía son casi insignificantes. Esto también es cierto en la capa exterior de los canales. En cambio, la vida de los gráficos en los canales se compara con el tiempo de ruptura en SS-HST. Grupos de vórticidad están asociados con casi el mismo cuadrante en términos de sus velocidades medias durante su tiempo de vida, especialmente para los relacionados con las eyecciones y sweeps. Al igual que en los canales, las eyecciones de SS-HST se mueven hacia arriba con una velocidad promedio vertical uT (velocidad de fricción) mientras que lo contrario es cierto para los barridos. Grupos de vórticidad, por otra parte, son casi inmóvil en la dirección vertical. En la dirección de sentido de la corriente, que están advección por la velocidad media local y por lo tanto deforman por la diferencia de velocidad media. Sweeps y eyecciones se mueven más rápido y más lento que la velocidad media, respectivamente, tanto por 1.5uT. Grupos de vórticidad se mueven con la misma velocidad que la velocidad media. Se verifica que las estructuras incoherentes cerca de la pared se debe a la pared en vez de pequeño tamaño. Los resultados sugieren fuertemente que las estructuras coherentes en canales no son especialmente asociado con la pared, o incluso con un perfil de cizalladura dado. ABSTRACT Since the wall-bounded turbulence was first recognized more than one century ago, its near wall region (buffer layer) has been studied extensively and becomes relatively well understood due to the low local Reynolds number and narrow scale separation. The region just above the buffer layer, i.e., the logarithmic layer, is receiving increasingly more attention nowadays due to its self-similar property. Flores et al. (20076) and Flores & Jim´enez (2010) show that the statistics of logarithmic layer is kind of independent of other layers, implying that it might be possible to study it separately, which would reduce significantly the computational costs for simulations of the logarithmic layer. Some attempts were tried later by Mizuno & Jimenez (2013), who simulated the logarithmic layer without the buffer layer with obtained statistics agree reasonably well with those of full simulations. Besides, the logarithmic layer might be mimicked by other simpler sheardriven turbulence. For example, Pumir (1996) found that the statistically-stationary homogeneous shear turbulence (SS-HST) also bursts, in a manner strikingly similar to the self-sustaining process in wall-bounded turbulence. Based on these considerations, this thesis tries to reveal to what extent is the logarithmic layer of channels similar to the simplest shear-driven turbulence, SS-HST, by comparing both kinematics and dynamics of coherent structures in the two flows. Results about the channel are shown by Lozano-Dur´an et al. (2012) and Lozano-Dur´an & Jim´enez (20146). The roadmap of this task is divided into three stages. First, SS-HST is investigated by means of a new direct numerical simulation code, spectral in the two horizontal directions and compact-finite-differences in the direction of the shear. No remeshing is used to impose the shear-periodic boundary condition. The influence of the geometry of the computational box is explored. Since HST has no characteristic outer length scale and tends to fill the computational domain, longterm simulations of HST are ‘minimal’ in the sense of containing on average only a few large-scale structures. It is found that the main limit is the spanwise box width, Lz, which sets the length and velocity scales of the turbulence, and that the two other box dimensions should be sufficiently large (Lx > 2LZ, Ly > Lz) to prevent other directions to be constrained as well. It is also found that very long boxes, Lx > 2Ly, couple with the passing period of the shear-periodic boundary condition, and develop strong unphysical linearized bursts. Within those limits, the flow shows interesting similarities and differences with other shear flows, and in particular with the logarithmic layer of wallbounded turbulence. They are explored in some detail. They include a self-sustaining process for large-scale streaks and quasi-periodic bursting. The bursting time scale is approximately universal, ~ 20S~l (S is the mean shear rate), and the availability of two different bursting systems allows the growth of the bursts to be related with some confidence to the shearing of initially isotropic turbulence. It is concluded that SS-HST, conducted within the proper computational parameters, is a very promising system to study shear turbulence in general. Second, the same coherent structures as in channels studied by Lozano-Dur´an et al. (2012), namely three-dimensional vortex clusters (strong dissipation) and Qs (strong tangential Reynolds stress, -uv), are studied by direct numerical simulation of SS-HST with acceptable box aspect ratios and Reynolds number up to Rex ~ 250 (based on Taylor-microscale). The influence of the intermittency to time-independent threshold is discussed. These structures have similar elongations in the streamwise direction to detached families in channels until they are of comparable size to the box. Their fractal dimensions, inner and outer lengths as a function of volume agree well with their counterparts in channels. The study about their spatial organizations found that Qs of the same type are aligned roughly in the direction of the velocity vector in the quadrant they belong to, while Qs of different types are restricted by the fact that there should be no velocity clash, which makes Q2s (ejections, u < 0, v > 0) and Q4s (sweeps, u > 0, v < 0) paired in the spanwise direction. This is verified by inspecting velocity structures, other quadrants such as u-w and v-w in SS-HST and also detached families in the channel. The streamwise alignment of attached Qs with the same type in channels is due to the modulation of the wall. The average flow field conditioned to Q2-Q4 pairs found that vortex clusters are in the middle of the pair, but prefer to the two shear layers lodging at the top and bottom of Q2s and Q4s respectively, which makes the spanwise vorticity inside vortex clusters does not cancel. The wall amplifies the difference between the sizes of low- and high-speed streaks associated with attached Q2-Q4 pairs as the pairs reach closer to the wall, which is verified by the correlation of streamwise velocity conditioned to attached Q2s and Q4s with different heights. Vortex clusters in SS-HST associated with Q2s or Q4s are also flanked by a counter rotating streamwise vortices in the spanwise direction as in the channel. The long conical ‘wake’ originates from tall attached vortex clusters found by del A´ lamo et al. (2006) and Flores et al. (2007b), which disappears in SS-HST, is only true for tall attached vortices associated with Q2s but not for those associated with Q4s, whose averaged flow field is actually quite similar to that in SS-HST. Third, the temporal evolutions of Qs and vortex clusters are studied by using the method invented by Lozano-Dur´an & Jim´enez (2014b). Structures are sorted into branches, which are further organized into graphs. Both spatial and temporal resolutions are chosen to be able to capture the most probable pointwise Kolmogorov length and time at the most extreme moment. Due to the minimal box effect, there is only one main graph consist by almost all the branches, with its instantaneous volume and number of structures follow the intermittent kinetic energy and enstrophy. The lifetime of branches, which makes more sense for primary branches, loses its meaning in SS-HST because the contributions of primary branches to total Reynolds stress or enstrophy are almost negligible. This is also true in the outer layer of channels. Instead, the lifetime of graphs in channels are compared with the bursting time in SS-HST. Vortex clusters are associated with almost the same quadrant in terms of their mean velocities during their life time, especially for those related with ejections and sweeps. As in channels, ejections in SS-HST move upwards with an average vertical velocity uτ (friction velocity) while the opposite is true for sweeps. Vortex clusters, on the other hand, are almost still in the vertical direction. In the streamwise direction, they are advected by the local mean velocity and thus deformed by the mean velocity difference. Sweeps and ejections move faster and slower than the mean velocity respectively, both by 1.5uτ . Vortex clusters move with the same speed as the mean velocity. It is verified that the incoherent structures near the wall is due to the wall instead of small size. The results suggest that coherent structures in channels are not particularly associated with the wall, or even with a given shear profile.

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O presente trabalho visa o estudo da eletrossíntese de H2O2 a partir da reação de redução de oxigênio (RRO) utilizando carbono Printex 6L modificado com óxidos binários compostos de nióbio, molibdênio e paládio, síntetizados pelo método dos precursores poliméricos. A análise dos materiais preparados foi feita a partir de experimentos de análise termogravimétrica (do inglês, TGA), fluorescência de raios X (FRX) e também de difração de raios X (DRX). As temperaturas de síntese foram escolhidas a partir dos resultados de TGA e tendo como temperatura máxima de 400 °C. As análises dos espectros de emissão de FRX mostraram a eficiência na incorporação dos materiais na matriz de carbono. Experimentos de DRX mostraram a presença de fases cristalinas de MoO2 e Nb2 O5 e PdO, e em comparação aos resultados da técnica de voltametria cíclica, existem pares redox que podem ser associados as transições dos metais nos estados de oxidação de +4 e +5, para molibdênio e nióbio, respectivamente e do estado +2 para o paládio. Nos experimentos de voltametria de varredura linear pode-se observar a tendência de maior geração de H2O2 pelo material com teor de 1% NbMo quando comparado com o carbono Printex 6L, de modo que foram calculadas as eficiências de geração de H2O2 , obtendo um resultado de 55,5% para o modificador de 1% NbMo comparado com 47,4% para o Printex 6L, e também de número de elétrons envolvidos na reação com um valor de 2,9 para o material de 1% e 3,1 para o carbono Printex. As análises das curvas de Koutechy-Levich confirmam os resultados anteriores. Análises em condições reduzidas na síntese orgânica corroboraram a melhor eficiência do material de 1% para o material com nióbio e molibdênio e revelaram a também a melhora eletrocatalítica do carbono quando incorporado com óxidos mistos de nióbio e paládio, sendo o melhor resultado expresso no material contendo 5% de nióbio e paládio, na proporção molar de 95 para 5% de cada elemento, respectivamente.

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Trabalho Final do Curso de Mestrado Integrado em Medicina, Faculdade de Medicina, Universidade de Lisboa, 2014

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Trabalho Final do Curso de Mestrado Integrado em Medicina, Faculdade de Medicina, Universidade de Lisboa, 2014

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Bibliography: p. 167-173.

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João de Patmos, através de elementos literários e dramáticos e da estrutura cênica e litúrgica, criou no Apocalipse um universo simbólico específico. As imagens deste universo são protagonizadas tanto por seres divinos como também por pessoas humanas que se encontram exaltadas entre os seres celestiais, cantando e louvando a Deus. Durante o processo da composição, o autor da obra se inspirou na tradição apocalíptica e escatológica das tradições visionárias merkavah presentes em Ezequiel, Daniel e 1 Enoque, e fez uma leitura própria destas tradições que obedece aos seus próprios objetivos literários e às necessidades dos leitores / ouvintes do escrito. Os seres celestiais e humanos destacados nas imagens, e a presença de várias confluências de tradições merkavah indicam que o Apocalipse se insere numa vertente da literatura apocalíptica contemporânea do escrito. É notável que, tanto na apocalíptica, em Qumran, na literatura hekhalot como no Apocalipse, há indícios de uma intensa experiência extática de grupos de culto celestial. O cenário de visões é prioritariamente litúrgico, dentro de um templo celestial. As imagens geradas pela leitura das experiências místicas de Ezequiel, 1 Enoque e outros escritos místicos eram contempladas e enriquecidas pelas experiências de viagens celestiais de grupos proféticos durante cultos terrestres. Nas experiências místicas registradas nos fragmentos analisados do Apocalipse de João podem ser percebidas certas feições dos viajantes celestiais. Nos seus discursos sobre a visão do mundo que contemplam e definem, eles revelam suas crenças, desafios e expectativas, a sua auto-compreensão religiosa. Além da identidade dos protagonistas dos cultos celestiais percebe-se também o caráter e a função altamente criadores do fenômeno extático em geral, como também, em particular, no Apocalipse de João. O escrito revela e promove uma estrutura do mundo divino-humano completo e perfeito que está num movimento contínuo, um mundo que, com toda a simbologia inerente, expressa a idéia de criar, recriar e governar o universo inteiro. Os seres humanos participam ativamente deste universo e cooperam com a função reconstituinte dele. Essa cooperação na reconstituição do mundo tem um caráter presente e atual, embora a plenitude desta reconstituição esteja reservada para o futuro.

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O presente estudo tem como objetivo avaliar de que modo o packaging design influencia na tomada de decisão de compra dos consumidores no mercado do azeite gourmet. Pretende-se, também, estudar uma solução de packaging design para a marca Oliveiras Gold Portugal (OGP), que permita aumentar o seu potencial atrativo na perspetiva do grupo alvo (target), definido pela marca. Começou-se por analisar as políticas de marketing-mix com o objetivo de compreender a importância da embalagem na política de marketing de uma marca. O marketing-mix, além de grande responsável pela definição dos canais de distribuição e comercialização do produto, é também responsável pelas influências sobre o consumidor. Estudou-se, igualmente, a importância da embalagem de produto como elemento potencialmente influenciador no ato da tomada de decisão de compra. Tal estudo permitiu perceber que o consumidor é estimulado de várias formas, sendo o fator estético um dos mais importantes instigadores. A cor, altura e forma, são os três principais atributos que influenciam a decisão do consumidor no momento da compra. No entanto, tanto o material como a usabilidade são cruciais. Na maioria das situações, representam um fator de escolha. Diferenças entre vidro e Polietileno Tereftalato (PET) proporcionam diferentes condições e proteção no armazenamento do produto, contribuindo ainda para a questão estética na visão do consumidor. Questões ergonómicas devem também ser levadas em conta, considerando a sua relação com a usabilidade e funcionalidade. De modo a analisar o potencial da proposta desenvolvida, optou-se por um enfoque qualitativo, nomeadamente na realização de entrevistas individuais semiestruturadas e, posteriormente, testes à embalagem. Os resultados relativos à proposta de packaging parecem indicar caraterísticas inovadoras, nomeadamente a forma triangular e cónica, os detalhes ergonómicos e o design característico e diferenciador da marca.

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O presente estudo tem como objetivo avaliar de que modo o packaging design influencia na tomada de decisão de compra dos consumidores no mercado do azeite gourmet. Pretende-se, também, estudar uma solução de packaging design para a marca Oliveiras Gold Portugal (OGP), que permita aumentar o seu potencial atrativo na perspetiva do grupo alvo (target), definido pela marca. Começou-se por analisar as políticas de marketing-mix com o objetivo de compreender a importância da embalagem na política de marketing de uma marca. O marketing-mix, além de grande responsável pela definição dos canais de distribuição e comercialização do produto, é também responsável pelas influências sobre o consumidor. Estudou-se, igualmente, a importância da embalagem de produto como elemento potencialmente influenciador no ato da tomada de decisão de compra. Tal estudo permitiu perceber que o consumidor é estimulado de várias formas, sendo o fator estético um dos mais importantes instigadores. A cor, altura e forma, são os três principais atributos que influenciam a decisão do consumidor no momento da compra. No entanto, tanto o material como a usabilidade são cruciais. Na maioria das situações, representam um fator de escolha. Diferenças entre vidro e Polietileno Tereftalato (PET) proporcionam diferentes condições e proteção no armazenamento do produto, contribuindo ainda para a questão estética na visão do consumidor. Questões ergonómicas devem também ser levadas em conta, considerando a sua relação com a usabilidade e funcionalidade. De modo a analisar o potencial da proposta desenvolvida, optou-se por um enfoque qualitativo, nomeadamente na realização de entrevistas individuais semiestruturadas e, posteriormente, testes à embalagem. Os resultados relativos à proposta de packaging parecem indicar caraterísticas inovadoras, nomeadamente a forma triangular e cónica, os detalhes ergonómicos e o design característico e diferenciador da marca.

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This thesis presented is to research the actor's work in the construction of physical actions, according to the methodology developed by Constantin Stanislavski in his analysis of dramatic action, called "method of physical action", applied to questions of scenic representation of the Brazilian marginal, according to the look "cruel" and realistic / naturalistic Plinio Marcos playwright. Based on the circumstances given by Pliniano universe, the intention is to contribute to the reflection on the actor's work on the scene with the marginal characters in "Razor in the Flesh", highlighting some important aspects, to assist in the construction of this fictional world. You want to create conditions for the formation of an actor that leverages the scene the contradictions and conflicts of this work. The research aims from the theoretical and practical study as a methodological hypothesis, producing critical reflection from the creative process of the agent with the realization of a scenic experiment focused on psychophysical technique of this Russian pedagogue. Thus, we intend to have a look at the method of physical actions focusing on his last great contribution to the work, especially the procedure of active analysis by doing a reading from "Razor in the Flesh" through this creative scenic exercise, extending the studies concerning the actor's art. This research is a general explanation about the trajectory of Stanislavski to his encounter with the physical action, while, highlights the inconsistencies of understanding of his work around the world. Stanislavski initially developed the "method" having as a backdrop, the realist aesthetic - a dialogue relationship between reality and the scene - through a style which creates a theatrical reality, and consequently, artistic, not literally naturalistic way through an integral mimicry. That is, the representation of work in realistic theater aesthetics should be developed in order to create a theatrical reality. Stanislavski believes that theater is convention, since the actor's work on himself should encourage this second nature, scenic.

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Throughout our history as an actor, director and teacher, we appreciate comedic performances they proposed a dialogue with the public through the body language of the performers whose performances abdicate the use of speech of the actors. This way of representing, in the silence of the stage, caught our attention and sparked our curiosity about the subject, which is directly related to the poetic constructions of the body on the scene. Before initial readings on the subject, we begin to understand that for a long time in human history, especially in the West, understanding body was constructed from various epistemological looks disregarded the body as a unit, an incarnation of the subject in all . This kind of thinking, reflecting the philosophy of modernity, reverberated strongly about the aesthetic issues of art making, here specifically in Theatre. For several centuries the theatrical make up molded from various aesthetic elements, but ignoring the potential of embodiment of the artist, ie the theatrical text, for example, was considered for a long time, as the main element of the scene and gave little emphasis on dramaturgy elaborate body. With the emergence of reflections on the subject, brought especially from the early twentieth century, the perception of the body as a creative element and creator, also began to gain ground. Over time artistic practices began to glimpse the creative possibilities of the body, including rethinking its relationship with the text written with the spoken word. And as part of these new reflections on the body in the creation process, we proposed this research, we have entitled "A poetics of non-verbal body: a look at the comic on the scene." In our research on this subject, also seek to understand how the corporeality of the actor may give us clues to realize / build nonverbal body and comical scene. From this perspective we can analyze how could the construction of a comical and non-verbal dramaturgy from the phenomenology of laughter. And with that look, we want to point out some aspects and procedures, arising from reflections on corporeality and comedy, that constitute, among other possible, non-verbal construction methodology scenic.

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This research investigated the female performance in Pernambuco theater during the Brazilian military dictator ship in the 1970s, analyzing the works of four actresses of theater groups Hermilo Borba Filho, Experiential and Expression, who acted in the period. Launches a look at the female body in the theater from a body scenic transgression: the conscience of a body insubordination in response to a given context. However, before delineated an overview of the artistic and socio - cultural position of women in the theater, in the periods prior to the dictatorship in Brazil and Pernambuco, covering theatrical and historical references, in order to reflect on how these settings interfered in the picture Social actr ess under the dictatorship. The groups are revisited by the looks of interpreters, which was perceived that female targeted search relationships, and in this context, relations with other theater groups of the time, with other artists of the groups that we re inserted with the dictatorial context with censorship, with the offender engaged and theater, with the body. In parallel, it develops a reflection on the scenic body that opposed the dictatorship, a body that violates the established norms, the Transgre ssor Body. The research also discusses an analogy between the work of the actresses who opposed the military regime and militant women. Starting from analyzes with interviews with the actresses from the methodologies of Oral History and Discourse Analysis, the study is developed by building up connections between the testimonies of the artists and the philosophical assumptions of Henri Bergson, on the body and memory. It is also designed to reflect on the changes of the female body in the theater in history , also in line with the philosophical concept of Becoming Woman Felix Guattari. It was found, therefore, that the actresses from the nineteenth century, were a group of female social actors who changed the position of women in history; the stigmatization o f the actress by profession, considered indecent in previous centuries, left traces in some areas today and the idea of the liberation of the female body propagated by feminism in the 1970s, was configured at the time as the best way to protest and will influence, in some contexts, the representation of women in their theatrical make.

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Nesse artigo, visa-se aprofundar, a partir da “Teoria da Comparação Diferencial” proposta por Ute Heidmann e das noções de diálogo cultural, os estudos acerca da reescritura dos textos clássicos na contemporaneidade, especificamente nos intertextos e na iconografia de Antígona e sua releitura cênica em diálogo com o mito de Oyá Balé

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Ce travail a recherché sur le processus de préparation corporel\vocal\énergique de l’acteur pour la rue. Notre quête principale c’est comprendre les processus qui l'acteur se déplace afin de développer une énergie à la scène dans la rue. C'est cette énergie qui est mis en place et se rapporte à le passant\spectateur? Qui attire l'attention de passant\spectateur? Serai l'histoire? Le code vestimentaire ou être une expressivité dynamisée? Serai une énergie présente dans le corps de l'acteur qui se relacione avec les passants? Comme l'acteur se rapporte à l'espace urbain? Pour tenter de répondre à ces questions, nous allons utilisé certains principes de la physique moderne, tels comme: la Théorie Quantique et le Principe d'Incertitude, autan la Théorie du Chaos. Le théâtre jouée dans les rues, surtout par le biais de longs prolongements de construction scénique, cependant, lorsque présentée au public, est prise par les autres causalités, car étant situé sur la rue, l'acteur devient assujettie à cet espace et ne peut pas nier la possibilité des faits qui peuvent se produire. Selon la physique quantique l'énergie se propage dans un espace vide, la quantité d'énergie physique étant échangé dans la rue, ce qui entraîne le moment magique où les corps des acteurs, des échanges constants avec les spectateurs, en permettant le saut quantique: le spectacle théâtral de la rue.

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This thesis addresses two spectacles: “Moleque tão Grande Otelo” and “Água Suja”, in which both have had my participation as producer and actress. The spectacle “Moleque tão Grande Otelo” reveals the racial-ethnic questions that surrounds the play and permeates the artist’s life whose name is the same. The play deals how the actor Grande Otelo life events’ had implied in his art, the facts that marked his career and they are shown at the spectacle, the reason why to articulate: art, life, fantasy and reality. Aiming to unveil the actor, I refer it to my history as an actress and the roots’ similarity to Sebastião Bernardes de Souza Prata, who became Grande Otelo to the world. In the staging of “Água Suja”, we also expose familial and religious memories and experiences of a people that overflow faith in a real spectacle, which takes place every year, in August, in our region, more specifically in Romaria – MG. While creating “Água Suja”, we experienced the act of keeping a promise and believing in the saint’s miracle, thus this experience is told in the spectacle and investigated in this study.