The main task of the master project is to design a nearly zero energy local council building with multipurpose hall in Syrovice cadastral area. It is a three-storey building with basement. In the basement there are technical facilities and garage. Ground floor includes conference room, multipurpose hall, kitchen, cloak room and toilets. First floor includes offices, archive, staff kitchen and toilets. The building’s vertical load-bearing structures are a combination of ceramic block masonry and reinforced concrete columns. Envelope walls are insulated with mineral wool and XPS. The floor slabs and the staircase are designed from cast-in-place reinforced concrete. The building has flat extensive green roofs with photovoltaics installation. The building is equipped with HVAC system with mechanical ventilation with heat-recovery, floor heating and cooling supplied by a ground-water heat pump. The building is also equipped with rainwater accumulation system supplying rainwater for the toilets and watering.

Multipurpose hall Brno- Arena is situated in Brno- Bosonohy with capacity 12.000 visitors and 20.000m2. retail. Composition of all area is contained the Mulltipurpose hall, the Training hall, one floor garage and parking. Walkable roof of garage and the Training hall serve as a dispersion area as well as a relaxation zone.

The aim of this Diploma Thesis was the design of multipurpose town house located on Křížová Street, Brno with the significant housing part, but also with areas for administration offices and commercial use. The project focuses on new attempt and concept of inner part of the block, as well as on connection into the existing historical urban structure. A new multi-storey monolithic house with seven floors and glass façade was designed. Commercial area is located in the parterre of the house, second floor is used for offices and the roof (7th floor) gives attractive place for a café. The rest of the house (3rd to 6th floor) has a dwelling purpose. Diploma Thesis copes with the function of yard and underground parking place, as well.

Architectural and urban design for the reconversion of the part of the Old Brno (former textil fabric of the company Kras and surrounding areas) based on the existing structure of the Old Brno and ideas of compact city (mixing functions> multipurpose buildings, the divergence between private and public space, higher density of the city ...) The work consists of several parts: planning studies, design transportation solutions, waterfront Svratka concept and design for the multifunctional block on the waterfront. What is important is the idea of calming waterfront Svratka (sheltering services to the proposed tunnel and the cancellation of barrier between the city and the river). The waterfront district should become after more attractive location and provide a space for sport, recreation and afternoon walks. There is a block of multipurpose buildings on the waterfront. A corporate underground garage, which is under the block, should be build by a strong investor / city. After underground garage completion, the site will be divided into several parcels and these will be rented to various long-term investors .Tenants can build buildings on them according to their needs. It is possible to build buildings above the garage in sequence development. The project is just one of many options. Individual buildings are design in scale 1:200

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La presente investigación planteó como objetivo proponer la incorporación del modelo polivalente del derecho a huelga a efectos de regular un universo de modalidades para el ejercicio efectivo de la medida de fuerza. En esa línea, resultó necesario comprobar la ineficiencia de la modalidad clásica conforme a piezas doctrinarias y jurisprudenciales; a su vez, se enfatizó en la naturaleza dinámica del modelo polivalente que provee de diversos mecanismos a la organización sindical para la consecución de sus fines. Por otro lado, la metodología empleada fue cualitativa, de tipo descriptivo, bibliográfico y analítico. Para finalizar, de los resultados obtenidos se resaltó que la modalidad clásica es deficiente, en cuanto a que, la paralización de actividades no es efectiva para causar una afectación en todas las empresas debido a que contemplan distintos procesos de producción, no generándose el daño lícito buscado. En ese sentido, se concluye que el modelo polivalente es considerado como la máxima expresión de la libertad sindical y su ejercicio genera la presión esperada hacia el empleador; asimismo, la desconexión digital al ser incompatible con la modalidad clásica demanda su debida protección en el ordenamiento jurídico. / The objective of this research was to propose the incorporation of the multipurpose model of the right to strike to regulate a universe of modalities for the effective exercise of the measure of force. Along these lines, it was necessary to verify the inefficiency of the classical modality according to doctrinal and jurisprudential pieces; in turn, the dynamic nature of the multipurpose model that provides different mechanisms to the union organization to achieve its goals was emphasized. On the other hand, the methodology used was qualitative, descriptive, bibliographic and analytical. Finally, from the results obtained, it was highlighted that the classic modality is deficient, in that the stoppage of activities is not effective in causing an impact on all companies because they contemplate different production processes, not generating legal damage. sought. In this sense, it is concluded that the multipurpose model is considered the maximum expression of union freedom, and its exercise generates the expected pressure on the employer; Likewise, digital disconnection, being incompatible with the classic modality, demands its due protection in the legal system.

Optimal operation of reservoir systems is necessary for better utilizing the limited water resources and to justify the high capital investments associated with reservoir projects. However, finding optimal policies for real-life problems of reservoir systems operation (RSO) is a challenging task as the available analytical methods can not handle the arbitrary functions of the problem and almost all methods employed are numerical or iterative type that are computer dependent. Since the computer resources in terms of memory and CPU time are limited, a limit exists for the size of the problem, in terms of arithmetic and memory involved, that can be handled. This limit is approached quickly as the dimension and the nonlinearity of the problem increases. In encountering the complex aspects of the problem all the traditionally employed methods have their own drawbacks. Linear programming (LP), though very efficient in dealing with linear functions, can not handle nonlinear functions which is the case mostly in real-life problems. Attempting to approximate nonlinear functions to linear ones results in the problem size growing enormously. Dynamic programming (DP), though suitable for most of the RSO problems, requires exponentially increasing computer resources as the dimension of the problem increases and at present many high dimensional real-life problems can not be solved using DP. Nonlinear programming (NLP) methods are not known to be efficient in RSO problems due to slow rate of convergence and inability to handle stochastic problems. Simulation methods can, practically, explore only a small portion of the search region. Many simplifications in formulations and adoption of approximate methods in literature still fall short in addressing the most critical aspects, namely multidimensionality, stochasticity, and additional complexity in conjunctive operation, of the problem. As the problem complexity increases and the possibility of arriving at the solution recedes, a near optimal solution with the best use of computational resources can be very valuable. In this context, genetic algorithms (GA) can be a promising technique which is believed to have an advantage in terms of efficient use of computer resources. GA is a random search method which find, in general, near optimal solutions using evolutionary mechanism of natural selection and natural genetics. When a pool of feasible solutions, represented in a coded form, are given fitness according to a objective function and explored by genetic operators for obtaining new pools of solutions, then the ensuing trajectories of solutions come closer and closer to the optimal solution which has the greatest fitness associated with it. GA can be applied to arbitrary functions and is not excessively sensitive to the dimension of the problem. Though in general GA finds only the near optimal solutions trapping in local optima is not a serious problem due to global look and random search. Since GA is not fully explored for RSO problems two such problems are selected here to study the usefulness and efficiency of GA in obtaining near optimal solutions. One problem is conjunctive operation of a system consisting of a surface reservoir and an aquifer, taken from the literature for which deterministic and stochastic models are solved. Another problem is real-time operation of a multipurpose reservoir, operated for irrigation (primary purpose) and hydropower production, which is in the form of a case study. The conjunctive operation problem consists of determining optimal policy for a combined system of a surface reservoir and an aquifer. The surface reservoir releases water to an exclusive area for irrigation and to a recharge facility from which it reaches the aquifer in the following period. Another exclusive area is irrigated by water pumped from the aquifer. The objective is to maximize the total benefit from the two irrigated areas. The inflow to the surface reservoir is treated as constant in deterministic model and taken at 6 different classes in stochastic model. The hydrological interactions between aquifer and reservoir are described using a lumped parameter model in which the average aquifer water table is arrived at based on the quantity of water in the aquifer, and local drawdown in pumping well is neglected. In order to evaluate the GA solution both deterministic and stochastic models are solved using DP and stochastic DP (SDP) techniques respectively. In the deterministic model, steady state (SS) cyclic (repetitive) solution is identified in DP as well as in GA. It is shown that the benefit from GA solution converges to as near as 95% of the benefit from exact DP solution at a highly discounted CPU time. In the stochastic model, the steady state solution obtained with SDP consists of converged first stage decisions, which took a 8-stage horizon, for any combination of components of the system state. The GA solution is obtained after simplifying the model to reduce the number of decision variables. Unlike SDP policy which gives decisions considering the state of the system in terms of storages, at reservoir, aquifer, and recharge facility, and previous inflow at the beginning of that period, GA gives decisions for each period of the horizon considering only the past inflow state of the period. In arriving at these decisions the effect of neglected state information is approximately reflected in the decisions by the process of refinement of the decisions, to conform to feasibility of storages in reservoir and aquifer, carried out in a simplified simulation process. Moreover, the validity of the solution is confirmed by simulating the operation with all possible inflow sequences for which the 8-stages benefit converged up to 90 % of the optimum. However, since 8 stages are required for convergence to SS, a 16-stage process is required for GA method in which the first 8 stages policy is valid. Results show that GA convergence to the optimum is satisfactory, justifying the approximations, with significant savings in CPU time. For real-time operation of a multipurpose reservoir, a rule curve (RC) based monthly operation is formulated and applied on a real-life problem involving releases for irrigation as well as power production. The RC operation is based on the target storages that have to be maintained, at each season of the year, in the reservoir during normal hydrological conditions. Exceptions to target storages are allowed when the demands have to be met or for conserving water during the periods of high inflows. The reservoir in the case study supplies water to irrigation fields through two canals where a set of turbines each at the canal heads generate hydropower. A third set of turbines operate on the river bed with the water let out downstream from the dam. The problem consists of determining the the RC target storages that facilitate maximum power production while meeting the irrigation demands up to a given reliability level. The RC target storages are considered at three different levels, corresponding to dry, normal, and wet conditions, according to the system state in terms of actual (beginning of period) storage of the reservoir. That is, if the actual beginning storage of the reservoir is less than some coefficient, dry-coe, times the normal target storage the target for the end of the period storage is taken at the dry storage target (of the three sets of storages). Similarly the wet level is taken for the end of the period target if the actual beginning storage is greater than some coefficient, wet-coe, times the normal storage. For other conditions the target is the normal storage level. The dry-coe and wet-coe parameters are obtained by trial and error analysis working on a small sequence of inflows. The three sets of targets are obtained from optimization over a 1000 year generated inflow sequence. With deterministic DP solutions, for small sequences of inflows, the optimization capability of GA-RC approach, in terms of objective function convergence, and generalization or robustness capability of GA-RC approach, for which the GA-RC benefit is obtained by simulating the reservoir operation using the previously obtained GA-RC solution, are evaluated. In both the cases GA-RC approach proves to be promising. Finally a 15 year real-time simulation of the reservoir is carried out using historical inflows and demands and the comparison with the historical operation shows significant improvement in benefit, i.e. power produced, without compromising irrigation demands throughout the simulation period.

Made available in DSpace on 2015-03-26T13:28:34Z (GMT). No. of bitstreams: 1 texto completo.pdf: 2529764 bytes, checksum: 7f147ffd9236848ebb769b843c2a8571 (MD5) Previous issue date: 2014-02-26 / Most small towns in the state of Minas Gerais is currently living in a state -of-date geographic information, that prevents them from properly discharge duties as the municipalization of education and public health , the provision of sanitation services, proper taxation the preservation of the environment, among others . The Technical Registry Multipurpose can be defined as a system of territorial information about a municipality, based on plots , designed to serve both the public agency and the private , in addition to service a greater number possible applications. To support this process several geoprocessing techniques such as Remote Sensing, Geodesy and Surveying, Geographic Information and Modeling Geographical Database systems can be used. These systems have the purpose of improving the process of design,implementation, generation and dissemination of maps, either digital analog way. Thus the objectives of this study were research methodologies in the areas of modeling, development and structuring of Geographical Database maintained by Geographic Information System applied to technical Sign Multipurpose, Management of small municipalities. Therefore a conceptual model of geographic database for a small municipality was created and deployed a Geographic Information System in order to analyze spatially multipurpose factors in the areas of taxation, transportation and environment. This conjuncture of data, methods and geographic information enables the planning and management of physical space and serve as a parameter for solving many problems, can be used in prospecting studies urban planning and supporting decision making. Thus contributing to increase the efficiency of municipal cadastral systems to enable faster decisions, increasing operational capacity in terms of quality of decisions and intervention time, increasing the objectivity and enabling decisions on a more technical and less subjective basis, plus of providing a more rational use of financial resources and social facilities and allowing the most suitable design of public policies and providing better quality of management. / A maior parte dos municípios de pequeno porte no estado de Minas Gerais caracteriza-se pela falta ou desatualização de informações geográficas, o que os impede de assumir adequadamente funções como a municipalizaçãoda educação e saúde pública, a concessão de serviços de saneamento, a correta tributação, a preservação do meio ambiente, entre outros.O Cadastro Técnico Multifinalitário pode ser definido como um sistema de informações territoriais a respeito de um município, baseado em parcelas, projetado para servir tanto aos órgãos públicos como aos privados, além de atender a um maior número possível de aplicações. Para subsidiar este processo podem ser utilizadas diversas técnicas de geoprocessamento como o Sensoriamento Remoto, Geodésia e Topografia, Sistemas de Informações Geográficase Modelagem de Banco de Dados Geográficos.Estes sistemas têm a finalidade de aperfeiçoar o processo de concepção, implantação, geração e difusão de mapas, seja por forma digital ou analógica. Assim os objetivos deste trabalho foram pesquisar metodologias nas áreas de modelagem, desenvolvimento e estruturação de Banco de Dados Geográficos mantidos por Sistema de Informação Geográfico aplicado ao Cadastro Técnico Multifinalitário, para gerenciamento de municípios de pequeno porte. Portanto, foi criado um modelo conceitual de banco de dados geográficos para município de pequeno porte e implantado um Sistema de Informação Geográfica de modo a analisar espacialmente fatores multifinalitários nas áreas de tributação, transporte e meio ambiente. Esta conjuntura de dados, métodos e informações geográficas possibilitam o planejamento e a gestão do espaço físico e servem de parâmetro para solução de muitos problemas, podendo ser utilizada em estudos de prospecção ao planejamento urbano e no apoio à tomada de decisão. Contribui assim,para aumentar a eficiência do sistema cadastral municipal ao permitir decisões mais rápidas, aumentando a capacidade operativa em termos de qualidade das decisões e tempo de intervenção,aumentando a objetividade e possibilitando a tomada de decisões sobre uma base mais técnica e menos subjetiva,além de proporcionar maior racionalização no uso de recursos financeiros e dos equipamentos sociais,permitir o desenho mais adequado de políticas públicas e proporcionar melhor qualidade de gestão.

The aim of diploma thesis is to design and assess a multipurpose hall building in the area of Brno. The shape of the hall is rectagular with dimensions 30,0 x 84,0 m. Roofing stucture is disegned and assessed in three versiions. Variant A is designed as a sadle - type truss from the CSH profile. Variant B is designed as a square - type truss from the CHS prosile. Variant C is designed as a arched truss from the CSH profile. These versions are compared by weight, manufacturing complexity and appearance. Preferable version is processed in detail. The work also includes a static calculation of the supporting elements, joints and drawing documentation..

This diploma thesis deals with urban study of revitalization of complex of former film studios on an area of approximately three kilometers south of the center of Zlín, in the town district which is called Kudlov. The complex has been constructing since the thirties of the last century, however nowadays it is no longer determined to its original function. In this thesis, the optimalization of current state, the completion of several building and the area expansion of the park on the West are designed. Great emphasis was given on the largest possible multi-functionality, in addition to the main function of living in apartment houses, the area is complemented by commerce, leasable manufacturing facility, an outdoor sport complex and the already mentioned park. The urban concept reflects the traditional urbanism of the city of Zlín, it means a periodical grid of structure and a unity of shapes and materials.