To evaluate the effect of cool roof coatings containing Expancel® thermoplastic microspheres on industrial buildings, a warehouse was built-up in the computer simulation software IDA-ICE. The warehouse was modelled in line with ASHRAE 90.1. 2004 ”Energy Standard for Buildings Except Low-Rise Residential Buildings”. Four different cases were set up where the coating of the roof was the only variable. Two coatings containing Expancel® microspheres - one white and one red coating were compared to the same white coating without Expancel® microspheres and the ”base case” where there is no coating at all. The same circumstances were also implemented in a practical laboratory test using a model warehouse with a detachable roof. Four interchangeable roofs with different roof coatings constitute the various cases in the laboratory tests. A ”sun” consisting of statically mounted IR light bulbs were constructed, as well as a cooling system to measure the difference in cooling effect (maintaining a constant indoor temperature) between the different cases as a result of the change in insolation. The results of the computational simulations show that for a warehouse placed in Houston, Texas about 50 MWh in combined heating and cooling energy can be saved yearly between the best and the worst case, a reduction of 6.2%. Changing the geographic placement of the warehouse to Tepic, Mexico the corresponding savings were determined to 83 MWh or 13.5%. A way of determining the yearly savings in heating and cooling amount for the warehouse with a generic roof coating, only knowing the SRI value of the coating, was developed. It was determined that for every unit-increment of the SRI value the yearly savings for the warehouse placed in Houston, Texas were 718 kWh and 0.1%. The corresponding savings for the warehouse placed in Tepic, Mexico were determined to be 1252 kWh and 0.22%. The laboratory tests showed that the indoor temperature of the model warehouse decreased by close to 16°C between the best and the worst case.

La presencia de puentes grúa en naves industriales significa un esfuerzo adicional para la estructura de la nave debido a las solicitaciones de carga adicionales que ésta representa. Así, se requiere un análisis específico y completo para diseñar una estructura resistente a los esfuerzos generados por la carga proveniente del puente-grúa. El objetivo de este artículo es elaborar un documento que sirva como guía para un correcto análisis y diseño de la viga que sostiene al puente-grúa, conocida como viga carrilera; lo anterior a partir de la comparación de normativas de algunos países latinoamericanos y la norma norteamericana. Este análisis incluye el conjunto de esfuerzos generados por la operación de un puente-grúa. Finalmente, la propuesta o método se validará con un ejemplo de puente grúa de capacidad de izaje de hasta 10 toneladas. / The presence of travelling cranes in industrial buildings means an additional effort for the structure of the ship due to the additional loads. Thus, a specific and complete analysis is required, both static and dynamic, to design a structure resistant to the efforts generated by the load coming from the travelling crane. The objective of this article is to elaborate a document that serves as a guide for a correct analysis and design of the beam that supports the travelling crane, known as the rail beam; from the comparison of regulations of some Latin American countries and the North American norms. This analysis includes the set of efforts generated by the operation of a bridge crane. Finally, the proposal or method will be validated with an example of a crane lifting capacity of up to 10 tons. / Trabajo de investigación

This thesis is about the adaptive reuse of an old turbine hall at the Pretoria West Power Plant. As part of a proposed urban framework the Power Plant is developed as a node that connects the Pretoria CBD to Atteridgeville. The driving concept generator for this scheme is the idea of progress. The Turbine Hall has progressively been extended over time. This progress is demonstrated through increasingly dominant new interventions which also demonstrate where the building opens up to the public. A program for the building is based on the results of site analysis, and in response to the urban framework. This program stimulates progress for people by creating a place that supports the production of entrepreneurs and encourages economic upliftment. The adapted building will contain an affordable housing component, rentable workshops, training facilities where people can learn business skills and crafts, a large artists’ studio, a restaurant and an arts and crafts exhibition gallery. These functions support each other and create and environment where people can live, work and socialise. / Dissertation (MArch(Prof))--University of Pretoria, 2010. / Architecture / unrestricted

In my diploma project I do reconstruction and looking for new program for old industrial building in Vitkovice iron factory area. This building is part of Cultural heritage and we have to apply all heritage criteria on this. The building is big hall - big space with two old machines. Now the machines don’t work anymore. My idea is to connect this old indutry area with the rest of the city – with still living part of the city – and bring here new life. Students are new young blood. So I decided to put on part of Ostrava Technology University here. The other buildings will be used as a business center and research center. Great interaction for future – University, Business and Research center.

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Submitted by admin tede (tede@pucgoias.edu.br) on 2017-09-18T12:35:17Z No. of bitstreams: 1 Zenilda Alexandria Taniguti.pdf: 3106241 bytes, checksum: c8b3d06c0e021fe28207a0b199bd6c37 (MD5) / Made available in DSpace on 2017-09-18T12:35:17Z (GMT). No. of bitstreams: 1 Zenilda Alexandria Taniguti.pdf: 3106241 bytes, checksum: c8b3d06c0e021fe28207a0b199bd6c37 (MD5) Previous issue date: 2017-06-08 / This research aims to elaborate directives influenced by the principles of management of the Toyota Production System (TPS) for the design of the industrial architecture project. The purpose is to contribute with the elaboration of the factory architecture project using orientations based on the positive results of TPS. The methodological approach chosen for the development of this dissertation was the Design Science Research Methodology (DSRM), directed to technological research. The research explains that the production management is based on principles that need a correct organization of the space, study and methodologies in the design of the architecture projects of the factory buildings. In addition, the work considers the possibility of the designed physical space to contribute with solutions to the organizational demands and to facilitate the application of the productive system. The research is focused in the relations between the guiding principles of the TPS and the complexities of the factory projects. With the application of DSRM, at first a theoretical review on the factory building and the most relevant principles of the TPS is carried out. Then an analysis of the relationship of the two concepts from a conceptual map establishes the design and development of a proposed Toyota Architecture Directive (DAFT). In a third moment, this set of directives is submitted to the eyes of eight experts working in the area of architecture and industry, through semistructured interviews. This evaluation allows the refinement of the set of 14 directives (DAFT) for final presentation. In the discussion of the directives by the experts interviewed the opinions link the production management with the need to study the factory space as a whole, in an interactive way. At all times, it is evident that the complexity of projects and manufacturing facilities requires specific study methodologies to solve organizational problems. As a result of the research, we also obtained evidence that the directives from the TPS tools, for the most part, can be applied in several industrial projects, considering that some experts work with other systems and considered them relevant. In this way, the DAFT can represent to the organizational challenges a possible discussion proposal to assist in the decision making in all stages of the design of the industrial architecture project. / Esta pesquisa tem como objetivo elaborar diretivas influenciadas pelos princípios de gestão do Sistema Toyota de Produção (TPS) para a concepção do projeto de arquitetura fabril. O propósito é contribuir na elaboração do projeto de arquitetura fabril com orientações baseadas nos resultados positivos do TPS. A abordagem metodológica escolhida para o desenvolvimento deste trabalho foi a Design Science Research Methodology (DSRM), direcionada para pesquisas tecnológicas. A pesquisa explicita que a gestão da produção é baseada em princípios que necessitam de uma correta organização do espaço, do estudo e de metodologias na concepção dos projetos de arquitetura dos edifícios fabris. Além disso, o trabalho considera a possibilidade do espaço físico projetado em contribuir com soluções para as demandas organizacionais e facilitar a aplicação do sistema produtivo. A pesquisa é subsidiada nas relações dos princípios norteadores do TPS e nas complexidades dos projetos fabris. Com a aplicação da DSRM, primeiro é realizada uma revisão teórica sobre o edifício fabril e os mais relevantes princípios do TPS. Em seguida, uma análise da relação dos dois conceitos a partir de um mapa conceitual estabelece o design e o desenvolvimento de uma proposta de Diretivas de Arquitetura fabril Toyota (DAFT). Em um terceiro momento, este conjunto de diretivas é submetido ao olhar de oito experts atuantes na área da arquitetura e industrial, por meio de entrevistas semiestruturadas. Esta avaliação, em um quarto momento, permite o refinamento do conjunto de 14 diretivas (DAFT) para apresentação final. Na discussão das diretivas pelos experts entrevistados, as opiniões fazem a ligação da gestão da produção com a necessidade do estudo do espaço fabril como um todo, de forma interativa. Em todos os momentos fica evidenciado que a complexidade dos projetos e das instalações fabris exige metodologias de estudo específicas para solucionar os problemas organizacionais. Como resultados da pesquisa também foram obtidas evidências de que as diretivas advindas das ferramentas do TPS, em sua maioria, podem ser aplicadas em projetos industriais diversos, considerando que alguns experts trabalham com outros sistemas e as consideraram pertinentes. Desta forma, as DAFT podem representar aos desafios organizacionais uma possível proposta de discussão para auxiliar na tomada de decisões em todas etapas da concepção do projeto de arquitetura fabril.

Syftet med det här examensarbetet är att undersöka om det är möjligt att överföra hallbyggnadsteknik till produktion av småhus för att sänka produktionskostnaderna. Studien visar att hallbyggnadsteknik enkelt går att överföra till en villa. Dessutom blir det billigare att bygga klimatskalet med vårt byggsystem jämfört med ett traditionellt prefabricerat småhus. Genom detta system kan den totala byggkostnaden för villan i jämförelsen sänkas med 3-10 % beroende på vilket fasadmaterial som väljs. / The aim with this diploma work is to see if it is possible to transfer the technology used for industrial buildings to the production of small houses to lower the production costs. In the report, we show that the industrial building technology is possible to transfer to a small house. It also becomes more efficient to build the climate shell with our construction system compared with a traditional prefabricated small house. The total construction cost can with our system be reduced with 3-10 % depending on which facade material that is chosen.

<p>Syftet med det här examensarbetet är att undersöka om det är möjligt att överföra hallbyggnadsteknik till produktion av småhus för att sänka produktionskostnaderna. Studien visar att hallbyggnadsteknik enkelt går att överföra till en villa. Dessutom blir det billigare att bygga klimatskalet med vårt byggsystem jämfört med ett traditionellt prefabricerat småhus. Genom detta system kan den totala byggkostnaden för villan i jämförelsen sänkas med 3-10 % beroende på vilket fasadmaterial som väljs.</p> / <p>The aim with this diploma work is to see if it is possible to transfer the technology used for industrial buildings to the production of small houses to lower the production costs. In the report, we show that the industrial building technology is possible to transfer to a small house. It also becomes more efficient to build the climate shell with our construction system compared with a traditional prefabricated small house. The total construction cost can with our system be reduced with 3-10 % depending on which facade material that is chosen.</p>

My diploma theisis is focused on design and assessment of structural systém of industrial building in tended for livestock farming. The design is processed in two options. Both oft hem has the same dimensions but cross sections of the supporting elements are changed. Floor plan of the first part is a rectangular shape, dimension is 29,28 m x 24,8 m. Floor plan of the second part is a rectangular shape, dimension is 161,18 m x 46,8 m. Slope of saddle roof is 18°.

Subject of master thesis is urbanist-architecture study of the postindustrial site of former factory Zbrojovka Brno. The outcome of study is focused around further construction, new functional utilisation of existing buildings and novel spacial arrangement that take into the account currently under-utilised areas of the site. Study is focused on urban poly-functionality, quality of public spaces and application of sustainable urban development principles.