997 resultados para Construction Transformation
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Dissertação para obtenção do Grau Mestre em Engenharia Civil – Perfil de Construção
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Proceedings IGLC-18, July 2010, Technion, Haifa, Israel
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Proceedings IGLC-19, July 2011, Lima, Perú
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Proceedings IGLC-19, July 2011, Lima, Perú
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World in Progress, Soares da Costa Magazine, 2, Set., 2011
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Leadership and Management in Engineering, January 2009
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Innovations in Structural Engineering and Construction - ISEC, 2008
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We would like to thank Philipp Schwarz and Julia Gückel for their dedicated support in preparing this paper and our colleagues and students of the School of Engineering and the Business School for our fruitful discussions.
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21th Annual Conference of the International Group for Lean Construction (IGLC 21), July 2013, Fortaleza, Brazil
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Dissertação para obtenção do Grau de Mestre em Engenharia Civil – Perfil de Construção
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Dissertação para obtenção do Grau de Mestre em Engenharia do Ambiente Perfil de Engenharia de Sistemas Ambientais
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Dissertação para obtenção do Grau Mestre em Engenharia Civil – Perfil de Construção
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Aux printemps 1997 et 1998 j’ai accompagné le tournage de deux documentaires du cinéaste João Pedro Rodrigues – « Esta é a minha casa » et « Viagem à Expo » - avec une famille d’émigrants portugais. En faisant une ethnographie multi-située, j’ai voulu comprendre les processus de construction des univers culturels et identitaires des différents membres de la famille. Dans le cadre relationnel spécifique aux tournages, la présence de l’anthropologue a conduit à des actes de production/transformation de culture. Avant la restitution des savoirs (celle qui se fait à la fin de la recherche) nous étions déjà en présence d’un transfert de connaissances. La situation produite par le travail ethnographique est une situation de restitution continue, dans la mesure où les personnes avec lesquelles nous travaillons se transforment en fonction du rapport qu’elles établissent avec nos façons de représenter le monde et nos façons d’y vivre.
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A ready-mixed and several laboratory formulated mortars were produced and tested in fresh state and after hardening, simulating a masonry plaster for indoor application. All the mortars used a clayish earth from the same region and different compositions of aggregates, eventually including fibres and a phase change material. All the formulated mortars were composed by 1:3 volumetric proportions of earth and aggregate. Tests were developed for consistency, fresh bulk density, thermal conductivity, capillary absorption and drying, water vapour permeability and sorption-desorption. The use of PCM changed drastically the workability of the mortars and increased their capillary absorption. The use of fibres and variations on particle size distribution of the mixtures of sand that were used had no significant influence on tested properties. But particularly the good workability of these mortars and the high capacity of sorption and desorption was highlighted. With this capacity plasters made with these mortars are able to adsorb water vapour from indoor atmosphere when high levels of relative humidity exist and release water vapour when the indoor atmosphere became too dry. This fact makes them able to contribute passively for a healthier indoor environment. The technical, ecological and environmental advantages of the application of plasters with this type of mortars are emphasized, with the aim of contributing for an increased use for new or existent housing.