Submitted by Automa??o e Estat?stica (sst@bczm.ufrn.br) on 2017-03-20T23:48:53Z No. of bitstreams: 1 GiulianoBezerraCaldas_DISSERT.pdf: 26558308 bytes, checksum: fab53b9ba1af14b64d806933c3593304 (MD5) / Approved for entry into archive by Arlan Eloi Leite Silva (eloihistoriador@yahoo.com.br) on 2017-03-27T19:06:52Z (GMT) No. of bitstreams: 1 GiulianoBezerraCaldas_DISSERT.pdf: 26558308 bytes, checksum: fab53b9ba1af14b64d806933c3593304 (MD5) / Made available in DSpace on 2017-03-27T19:06:52Z (GMT). No. of bitstreams: 1 GiulianoBezerraCaldas_DISSERT.pdf: 26558308 bytes, checksum: fab53b9ba1af14b64d806933c3593304 (MD5) Previous issue date: 2016-05-20 / O presente trabalho descreve o processo de concep??o e desenvolvimento do projeto de um edif?cio multifuncional vertical localizado no bairro de Lagoa Nova (Natal/RN), com ?nfase na qualidade ambiental interna e na efici?ncia energ?tica da edifica??o, por meio de estrat?gias projetuais bioclim?ticas para o clima quente e ?mido. O processo consistiu de revis?o de literatura e de normas pertinentes, estudos de refer?ncias projetuais, programa??o arquitet?nica, defini??o de conceito e de partido arquitet?nico, e desenvolvimento em n?vel de anteprojeto. Foi feita tamb?m a an?lise da viabilidade do empreendimento, com a defini??o do bairro e da ?rea de superf?cie ideais para o projeto, o que conduziu ? escolha do terreno e o c?lculo de seu potencial construtivo, at? chegar ? defini??o das quantidades e dos tamanhos das unidades privativas residenciais e comerciais. V?rios esbo?os de tipos edil?cios distintos foram desenvolvidos, assim como estudos sobre poss?veis estrat?gias projetuais, buscando a qualidade ambiental interna. Nesse sentido, a composi??o da edifica??o em torre ?nica, composta por usos diversos e distribu?dos em blocos sobrepostos com acessos individualizados para pedestres e ve?culos, foi a que melhor atendeu ?s premissas conceituais e program?ticas. Os princ?pios bioclim?ticos foram aplicados ao tipo edil?cio escolhido, desde as fases iniciais do projeto. Esta pesquisa pretende contribuir, assim, com a identifica??o das estrat?gias projetuais mais adequadas para edif?cios verticais residenciais e comerciais, localizados em clima quente e ?mido, com informa??es e solu??es que possam ser incorporadas por arquitetos e projetistas, no intuito de promover e incentivar a elabora??o de projetos de arquitetura mais eficientes e com maior qualidade ambiental interna. / This research describes the process and development of the design of a vertical multifunctional building located in the Lagoa Nova neighborhood (Natal / RN), with an emphasis on indoor environmental quality and energy efficiency for building, through bioclimatic design strategies for hot and humid climate. The process consisted of bibliographic review, as well as review of relevant building regulations, studies of architectural references, architectural programming, design concept and parti definition, leading to the developed design. It was also analyzed the feasibility of the project, defining the neighborhood for its implementation and the ideal surface area for the building, which led to the choice of the land and the calculation of its constructive potential, up to the definition of number and sizes of private residential and commercial units. Several sketches of different building types were developed, as well as studies on possible design strategies, seeking indoor environmental quality. In this sense, the composition of the building as a single tower, housing different uses in the shape of overlapped blocks, observing differentiated access for pedestrians and vehicles, was the one design option that best met the conceptual and programmatic assumptions. Bioclimatic principles were applied to the building type chosen from the early stages of the design process. Therefore, the aim of this research is to identify the most appropriate design strategies for vertical residential and commercial buildings located in hot and humid weather, with information and solutions that can be incorporated by architects and designers in order to promote and encourage the development of more efficient architectural design and indoor environmental quality.