Dissertation on multifunctional building which is a part of a project which is about a transformation of an industrial district into a residental district with an additional function of shops and services including relaxation zone which is planned on the roof terrace. The dissertation is divided according to the legislation and made in the extent of the documentation of the building.

The subject of this thesis is to design a multifunctional building. The proposed structure consists of two separated buildings by an expansion joint. The first building has floor ground floor and includes a residential part with seventeen dwelling units and three commercial spaces. The second building contains two ground floors and includes café. The residential part is covered with flat roof without operating. The building with café is covered by green roof. The multifunctional building has been designed with two separate parking areas with corresponding number of parking places.

The project addresses the construction of a multipurpose house in a vacant lot in the street Na Poříčí, Praha – Nové Město. The building is situated in flat terrain between two existing objects. The object is directly accessible from the local road and escape from the building is possible in two directions (to the existing communication and to the newly proposed parking lot in the courtyard of the building). Object is designed as a brick building (mostly shaped masonry system POROTHERM) with longitudinal bearing structural system. This is partial basement building (one subterranean floor) with seven storeys. Access to the property is possible via the existing local road in the vicinity of the building (Na Poříčí street).

Master´s thesis includes the design and construction plan for a multifunctional house in Praha - Karlín with a places of business in the stage of project documentation for construction. The multifunctional house is designed as a full-basement structure, with one basement, five above grade storeys. The roof is designed as a saddle. To the building lead a pedestrian and acces roads and lan dis fenced. The main part of the building is invented for living, groundfloor is using for comercial purposes.

In this work, carbon nanotubes were deposited onto the insulative glass fibre surface to form a semiconductive network. Utilizing the unique properties of CNTs network, a multifunctional composite interphase could be achieved. The interfacial adhesion strength was improved by CNTs distributed in the interphase. The semiconductive interphase have been used as a chemical/phaysical sensor, strain sensor and microswitch.

This work develops models and tools to help designers address the challenges associated with designing origami-based and developable mechanisms. These models utilize strain energy, kinematics, compliant mechanisms, and graphical techniques to make the design of origami-based and developable mechanisms approachable and intuitive. Origami-based design tools are expanded through two methods. First presented is a generalized approach for identifying single-output mechanical advantage for a multiple-input compliant mechanism, such as many origami-based mechanisms. The model is used to predict the force-deflection behavior of an origami-based mechanism (Oriceps) and is verified with experimental data from magnetic actuation of the mechanism. Second is a folding technique for thick-origami, called the regional-sandwiching of compliant sheets (ReCS), which creates flat-foldable, rigid-foldable, and self-deploying thick origami-based mechanisms. The technique is used to create mountain/valley assignments for each fold about a vertex, constraining motion to a single branch of folding. Strain energy in deflected flexible members is used to enable self-deployment. Three physical models, a simple single-fold mechanism, a degree-four vertex mechanism, and a full tessellation, are presented to demonstrate the ReCS technique. Developable mechanism design is further enabled through an exploration of their feasible design space. Terminology is introduced to define the motion of developable mechanisms while interior and exterior to a developable surface. The limits of this motion are identified using defined conditions. It is shown that the more difficult of these conditions may be treated as a non-factor during the design of cylindrical developable mechanisms given certain assumptions. These limits are then applied to create a resource for designing bistable developable mechanisms (BDMs) that reach their second stable positions while exterior or interior to a cylindrical surface. A novel graphical method for identifying stable positions of linkages using a single dominant torsional spring, called the Principle of Reflection, is introduced and implemented. The results are compared with a numerical simulation of 30,000+ mechanisms to identify possible incongruencies. Two tables summarize the results as the guide for designing extramobile and intramobile BDMs. In fulfilling the research objectives, this dissertation contributes to the scientific community of origami-based and developable mechanism design approaches. As a result of this work, practitioners will be better able to approach and design complex origami-based and developable mechanisms.

El proyecto está ubicado en Lima-Perú, en el distrito de San Miguel, debido a su configuración académica en relación con los usos de los lotes del distrito y su relación con universidades privadas y públicas. El proyecto es una Residencia Universitaria Interdistrital. Se desarrolla con la finalidad de comprobar lo siguiente: ¿Cómo diseñar una residencia universitaria interdistrital considerando el déficit de la oferta aplicando el modelo co-housing para promover la interacción social? Para responder a esta hipótesis, se considera como objetivo del proyecto diseñar, aplicando el modelo co-housing, una residencia universitaria interdistrital para promover la interacción social. en ese sentido, se desarrolla la investigación en dos marcos: marco referencial, donde se analizan las características de 15 referentes de la tipología y el énfasis; y el marco teórico, que desarrolla e investiga y determina los lineamientos proyectuales en relación con la tipología y el énfasis. Estos son: 1) Determinación del programa a colectivizar en relación con las actividades del estudiante; 2) Colectivización de servicios; 3) espacios multifuncionales; 4) Generar los espacios de interacción mediante la optimización de las habitaciones. / The project is located in Lima-Peru, in the district of San Miguel, due to its academic configuration in relation to the uses of the lots in the district and its relationship with private and public universities. The project is an Interdistrict University Residence. It is developed with the purpose of verifying the following: ¿How to design an interdistrict university residence considering the deficit of the offer applying the co-housing model to promote social interaction? In order to answer this hypothesis, it is considered as an objective of the project to design, applying the co-housing model, an interdistrict university residence to promote social interaction. In this sense, the research is developed in two frameworks: the referential framework, where the characteristics of 15 referents of typology and emphasis are analyzed; and the theoretical framework, which develops and researches and determines the project guidelines in relation to typology and emphasis. These are: 1) Determination of the program to be collectivized in relation to the student's activities; 2) Collectivization of services; 3) multifunctional spaces; 4) Generation of interaction spaces through the optimization of rooms. / Trabajo de investigación

The aim of this diploma thesis is to draw up project documentation for new multifunctional building in the city of Vyškov. The discussed building is designed on flat terrain and has partial basement with four floors above ground. The basement contains technical facilities and storage area for building residents. The first floor contains commercial premises made of three stores: drugstore, flower shop and wine cellar. The second and third floor each contains two residential units. On the fourth floor is one spacious studio apartment.

This thesis deals with the completion and density of urban development. The area is located at an exposed place on the crossroad of Milada Horáková street and Francouzská streets in Brno. The disposal is deep and corner in a slightly sloping topography, surrounded by a busy city boulevard and urban block structure. The proposal is based on a pre-diploma thesis dealing with the analysis of close surroundings, visions for the 21st century city and the completion strategy. The starting point was a multifunctional building, which includes functions of housing, work and services. The main theme of the propsal is the interconnection of the inner and outer space in a compact townhouse.

京都大学 / 0048 / 新制・課程博士 / 博士(工学) / 甲第21078号 / 工博第4442号 / 新制||工||1690(附属図書館) / 京都大学大学院工学研究科社会基盤工学専攻 / (主査)教授 川﨑 雅史, 教授 宇野 伸宏, 准教授 山口 敬太 / 学位規則第4条第1項該当 / Doctor of Philosophy (Engineering) / Kyoto University / DFAM