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Die Dissertation untersuchte Formen von Humor in der Ilias. Das Spektrum dieser Formen stellte sich als äußerst vielfältig heraus: Verschiedene Formen von sog. Dramatischer Ironie, von komisch bis tragisch, ironische oder komische Charakterzeichnung einzelner Figuren, Elemente von Sprachwitz, zynische Götterzeichnungen, heiter-bösartige Götterburlesken, scherzende und spottende Helden, groteske Todesfälle, ironische Anspielungen auf andere epische Traditionen und Genres und vieles mehr - all dies stand im Mittelpunkt der Untersuchung.:Inhalt 1) Einleitung und Prolegomena zu einer historischen Analyse von Humor I S. 1 2) Prolegomena zu einer historischen Analyse von Humor II: Moderne Humortheorien S. 27 3) Der Zorn des Achilleus: Tragische Ironien im Kindergarten der Helden (Erster Gesang) S. 61 3.1) Exkurs: Ironien, Formelsprache, Textgenese S. 119 4) Agora und Boule: Die Volksversammlung als ironische Tragikomödie (Zweiter Gesang) S. 141 5) Thersites a-metro-epes S. 177 6) Make love not war: Paris und Helena im dritten Gesang S. 222 6.1) Exkurs: Ringkomposition und erzählte Zeit in der Ilias S. 374 7) Epi-phanien. Das zynische Wirken der Götter, oder: Warum die Welt so ist, wie sie ist S. 405 8) Die Götterburlesken der Ilias S. 436 9) Der Humor des Tötens, die Komik und die Ironie des Sterbens S. 473 10) Invektivität und Anschlusskommunikation: neikos-Reaktionen in der Ilias S. 498 11) ‚Broken Heroes‘ und der ironische Schmerz – Achilleus, Hektor und eine Frage des Charakters I S. 557 12) Die Figuren der zweiten Reihe und ihre Defizite – eine Frage des Charakters II S. 629 13) Schlussbetrachtung S. 710 14) Appendix 1: Antike Theorie und Praxis I – Platon über Humor (und Humor bei Platon) S. 730 15) Appendix 2: Antike Theorie und Praxis II – Aristoteles über Humor S. 755 17) Literaturverzeichnis S. 774

Mythology is an integral part of literature and an important cornerstone in a student's education. However, mythology itself is an extremely broad topic that encompasses the myths of a number of cultures. In the Language Arts classroom, students are introduced to Greek mythology in middle school; in the state of Florida as early as sixth grade per the Sunshine State Standards. However, students might find difficulty connecting to Greek literature difficult due to issues of: voice, prose and an inability to see the relevance behind the study of Greek mythology. In addition, the immensity of Greek mythology makes it difficult to select what pieces to teach and what to omit, but as Roy Thomas, the author of this version of the Marvel Comic's adaptation states "[e]very generation should have its own translation of The Iliad, one that speaks to it in its own special way'' (p. iii). The purpose of this study is to conduct a content analysis of a graphic novel version of The Iliad by Homer, with the intent of identifying the benefits of using alternative versions of classic literature within the Language Arts or Reading classroom, specifically the graphic novel. In hopes of demystifying the negative stigma with which comics, and graphic novels by extension, this thesis will study the attributed of this graphic novel and ultimately provide educators insight into a medium that has the potential to engage students in a multiple modes.

The following work consists of a careful analysis of the translation of the Iliad by Homer prepared by Melchiorre Cesarotti. Caught amidst the dilemma of loyalty to the original and the beauty of translation, Cesarotti decided to compose two versions: one in blank verses and the other in prose. This work is therefore none other than a comparison between Cesarotti's version in poetry and the version in prose. / The first part deals briefly with a few details on the criticism that Cesarotti's work raised. / The second part consists of the comparison work, which is subdivided in "Canti" (as Cesarotti's version in poetry) because the work proposes to compare the version in poetry to the version in prose and not vice-versa. / The last part examines the artistic value of Cesarotti's translations and the place they occupy in Europe in the eighteenth century.

O interesse mundial e os investimentos em fontes renováveis de energia têm aumentado consideravelmente nos últimos anos. Estas tecnologias têm a vantagem de aproveitar os recursos disponíveis localmente, reduzindo a dependência de fontes externas. Entretanto, um dos principais problemas associados a muitas das tecnologias de energias renováveis é sua imprevisibilidade ou intermitência. O armazenamento de energia é a técnica mais utilizada para moderar estas intermitências. Para aproveitamento em grande escala, os reservatórios hidrelétricos (de usinas hidrelétricas convencionais com reservatório e usinas hidrelétricas reversíveis) representam a tecnologia mais madura e amplamente aproveitada para armazenamento de energia elétrica na forma de energia potencial no volume de água. Isto faz destes uma opção importante a ser incluída no projeto de um sistema autônomo híbrido de geração de energia. Segundo diferentes autores consultados, o software HOMER (Hybrid Optimization Model for Electric Renewables) é a ferramenta mais amplamente utilizada em pesquisas relacionadas à simulação e configuração ótima deste tipo de sistemas. Esta tese apresenta um conjunto de procedimentos para determinar, em nível de pré-viabilidade, a configuração ótima (em termos do custo presente líquido) e o conjunto de arranjos viáveis de um sistema autônomo de geração de energia incluindo fontes renováveis intermitentes e reservatórios hidrelétricos. O software HOMER é aplicado na simulação e avaliação dos sistemas híbridos dos estudos de caso hipotéticos do presente trabalho, utilizados para validar os métodos propostos. Estes exemplos foram criados a partir de dados reais relacionados ao Estado de Rio Grande do Sul. Os procedimentos descritos são aplicáveis a qualquer região do mundo onde exista um local com potencial para reservatórios hidrelétricos, assim como dados de disponibilidade e custos relacionados a fontes renováveis intermitentes. Além de determinar a configuração ótima e o conjunto de arranjos viáveis, os resultados obtidos indicam que os procedimentos descritos podem ajudar na definição da melhor utilização de um local com potencial hidrelétrico. Igualmente, permitem estimar a quantidade de eletricidade excedente que poderia ser recuperada através de usinas reversíveis. Os resultados mostram que configuração ótima depende de muitos fatores, tais como restrições hidrológicas, a carga a ser atendida e o custo de geração de cada fonte. / Global interest and investments in renewable energy sources has increased considerably in recent years. These technologies have the advantage of using locally available resources, reducing dependence on external energy sources. However, most renewable energy technologies suffer from an intermittent characteristic due to the diurnal and seasonal patterns of the natural resources needed for power generation. Energy Storage is the most used technique to buffer this intermittency. For large-scale applications, hydropower reservoirs (of conventional and pumped storage plants) are the most mature and the most widely employed technology for electricity storage in the form of potential energy. For this reason, a hydropower reservoir is a suitable option to consider including in an autonomous hybrid power system. According to many authors, the HOMER model (Hybrid Optimization Model for Electric Renewables) is the most widely used tool in research studies related to simulation and optimal design of this type of systems. This thesis presents some procedures to define, as a pre-feasibility assessment, the optimal configuration (in terms of Net Present Cost) and set of feasible designs of an autonomous hybrid power system that includes intermittent renewable energy sources and hydropower reservoirs. The HOMER software is used for simulating and evaluating the hybrid power systems of the hypothetical case studies, used to validate the proposed methods. These examples were created based on real data related to the State of Rio Grande do Sul, Brazil. The procedures described can be adapted to any other region of the world where exists a site suitable for the construction of hydropower reservoirs, along with available data regarding intermittent renewable sources and generation costs. Besides defining the optimal configuration and the set of feasible designs, the results indicate that the procedures explained could help in the definition of the best use of a site with hydropower potential. Likewise, these methods can also be used to estimate how much excess electricity can be recovered by means of pumped storage hydropower. The results show that the optimal system design depends on many factors such as hydrological constraints, average load to serve and energy cost of each source.

The thesis has been written as part of the AHRC collaborative research project Greek Epic of the Roman Empire: A Cultural History. This project seeks to give the first cultural-historical analysis of the large, underexploited corpus of Greek epic poetry composed in the transformative period between the 1st and the 6th centuries C.E. The thesis focuses on questions of literary identity in one of the most challenging texts from this corpus, the Posthomerica by Quintus of Smyrna (c. 3rd century C.E.). My central contention is that Quintus’ mimicry of Homer represents a radically new formative poetics, suggesting a cultural movement towards mimesis, necromancy and close encounters with the past. After a detailed study of what I term the reanimating culture of imperial Greece (chapter 1), and a comprehensive reanalysis of the compositional techniques of the text (chapter 2), I identify a number of tropes of poetic identity from different ancient literary modes: programmatic proems (chapter 3), memory (4), filiation (5) and temporality (6). I show how Quintus co-opts these themes for his new poetics, to turn the symbolic toolkit of contrast imitation into a defence of writing inter-Homeric epic. This analysis insists on rethinking the nature of the relationship between the poetry of this era and that of previous aesthetic traditions: particularly, I argue against a view of the Posthomerica as Alexandrian, and see it instead pushing back against the Callimachus school of small, new poetry. Ultimately, the thesis aims to show how the Posthomerica could be pivotal for unpinning current critical assumptions about imperial Greek poetry; revealing a palpable shift in tone in the construct of the literary self.

O interesse mundial e os investimentos em fontes renováveis de energia têm aumentado consideravelmente nos últimos anos. Estas tecnologias têm a vantagem de aproveitar os recursos disponíveis localmente, reduzindo a dependência de fontes externas. Entretanto, um dos principais problemas associados a muitas das tecnologias de energias renováveis é sua imprevisibilidade ou intermitência. O armazenamento de energia é a técnica mais utilizada para moderar estas intermitências. Para aproveitamento em grande escala, os reservatórios hidrelétricos (de usinas hidrelétricas convencionais com reservatório e usinas hidrelétricas reversíveis) representam a tecnologia mais madura e amplamente aproveitada para armazenamento de energia elétrica na forma de energia potencial no volume de água. Isto faz destes uma opção importante a ser incluída no projeto de um sistema autônomo híbrido de geração de energia. Segundo diferentes autores consultados, o software HOMER (Hybrid Optimization Model for Electric Renewables) é a ferramenta mais amplamente utilizada em pesquisas relacionadas à simulação e configuração ótima deste tipo de sistemas. Esta tese apresenta um conjunto de procedimentos para determinar, em nível de pré-viabilidade, a configuração ótima (em termos do custo presente líquido) e o conjunto de arranjos viáveis de um sistema autônomo de geração de energia incluindo fontes renováveis intermitentes e reservatórios hidrelétricos. O software HOMER é aplicado na simulação e avaliação dos sistemas híbridos dos estudos de caso hipotéticos do presente trabalho, utilizados para validar os métodos propostos. Estes exemplos foram criados a partir de dados reais relacionados ao Estado de Rio Grande do Sul. Os procedimentos descritos são aplicáveis a qualquer região do mundo onde exista um local com potencial para reservatórios hidrelétricos, assim como dados de disponibilidade e custos relacionados a fontes renováveis intermitentes. Além de determinar a configuração ótima e o conjunto de arranjos viáveis, os resultados obtidos indicam que os procedimentos descritos podem ajudar na definição da melhor utilização de um local com potencial hidrelétrico. Igualmente, permitem estimar a quantidade de eletricidade excedente que poderia ser recuperada através de usinas reversíveis. Os resultados mostram que configuração ótima depende de muitos fatores, tais como restrições hidrológicas, a carga a ser atendida e o custo de geração de cada fonte. / Global interest and investments in renewable energy sources has increased considerably in recent years. These technologies have the advantage of using locally available resources, reducing dependence on external energy sources. However, most renewable energy technologies suffer from an intermittent characteristic due to the diurnal and seasonal patterns of the natural resources needed for power generation. Energy Storage is the most used technique to buffer this intermittency. For large-scale applications, hydropower reservoirs (of conventional and pumped storage plants) are the most mature and the most widely employed technology for electricity storage in the form of potential energy. For this reason, a hydropower reservoir is a suitable option to consider including in an autonomous hybrid power system. According to many authors, the HOMER model (Hybrid Optimization Model for Electric Renewables) is the most widely used tool in research studies related to simulation and optimal design of this type of systems. This thesis presents some procedures to define, as a pre-feasibility assessment, the optimal configuration (in terms of Net Present Cost) and set of feasible designs of an autonomous hybrid power system that includes intermittent renewable energy sources and hydropower reservoirs. The HOMER software is used for simulating and evaluating the hybrid power systems of the hypothetical case studies, used to validate the proposed methods. These examples were created based on real data related to the State of Rio Grande do Sul, Brazil. The procedures described can be adapted to any other region of the world where exists a site suitable for the construction of hydropower reservoirs, along with available data regarding intermittent renewable sources and generation costs. Besides defining the optimal configuration and the set of feasible designs, the results indicate that the procedures explained could help in the definition of the best use of a site with hydropower potential. Likewise, these methods can also be used to estimate how much excess electricity can be recovered by means of pumped storage hydropower. The results show that the optimal system design depends on many factors such as hydrological constraints, average load to serve and energy cost of each source.