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Academic literature on the topic 'Piso radiante hidráulico - Conforto térmico'
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Journal articles on the topic "Piso radiante hidráulico - Conforto térmico"
Ramalho, José Carlos Martins, and Nelson Amadeu Dias Martins. "Avaliação energética de um edifício de serviços: Escola Superior Aveiro Norte, Portugal." Ambiente Construído 19, no. 4 (December 2019): 335–48. http://dx.doi.org/10.1590/s1678-86212019000400359.
Full textPandorfi, Héliton, Iran J. O. da Silva, Daniella J. de Moura, and Kelly B. Sevegnani. "Microclima de abrigos escamoteadores para leitões submetidos a diferentes sistemas de aquecimento no período de inverno." Revista Brasileira de Engenharia Agrícola e Ambiental 9, no. 1 (March 2005): 99–106. http://dx.doi.org/10.1590/s1415-43662005000100015.
Full textSilva, Iran José Oliveira da, Héliton Pandorfi, and Sônia Maria Stefano Piedade. "Uso da zootecnia de precisão na avaliação do comportamento de leitões lactentes submetidos a diferentes sistemas de aquecimento." Revista Brasileira de Zootecnia 34, no. 1 (February 2005): 220–29. http://dx.doi.org/10.1590/s1516-35982005000100026.
Full textDissertations / Theses on the topic "Piso radiante hidráulico - Conforto térmico"
Martins, Pedro Manuel Alves Esdras. "Análise do desempenho térmico de um piso radiante hidráulico." Master's thesis, Universidade da Beira Interior, 2011. http://hdl.handle.net/10400.6/3797.
Full textIn this work was studied the thermal performance of a radiant floor with two types of surface finish, this study was conducted in a climatic chamber with controlled environment. This study aimed to characterize the thermal performance of the floor for each type of surface finish and its impact on thermal comfort conditions inside the chamber. For this study were initially simulated conditions of summer and winter climate in the chamber, the floor was then used to cool and heat (respectively) the chamber. This test protocol was used for testing the floor with the two types of surface finish. The analysis of thermal comfort inside the climatic chamber was performed according to ISO 7730, which uses the model developed by Fanger (1982) [1] in a climatic chamber. Thermal comfort indices (PMV and PPD) were calculated using spreadsheets assisted by the program VISUAL BASIC. These tests proved to be inconclusive in determining which surface finish of the floor had the best thermal and comfort performance in heating mode, because both surface finishes tested presented similar results. In cooling mode, the floor with the ceramic finish presented a better thermal performance, as well in terms of comfort.
Teixeira, António Filipe Gonçalves. "Estudo do desempenho térmico de um piso radiante hidráulico com diferentes acabamentos na superfície." Master's thesis, Universidade da Beira Interior, 2010. http://hdl.handle.net/10400.6/3811.
Full textRastello, María Carolina Díaz. "Otimização de parâmetros de projeto de tubulações de sistemas de calefação por piso radiante." Universidade de São Paulo, 2013. http://www.teses.usp.br/teses/disponiveis/3/3146/tde-11072014-020209/.
Full textDue to temperature control of interiors conditioning the well-being and the thermal comfort of people, it is necessary to make new researches aiming to improve the existing technologies and to reduce both installation costs and energy consumption. It is known that the use of traditional heating systems involves high energy consumption and, in some cases, unacceptable noise levels; while radiant systems are gaining a wider scope as a heating alternative due to its advantages compared to conventional systems. The use of radiant floor heating systems in Brazil is limited by installation cost due to the high price of required materials. This fact restricts the use of these systems primarily to the residential sector. However, it may be possible for this technology to reach a larger market, including public buildings, offices, schools and hospitals. Therefore, to optimize the most relevant design parameters relating to the thermal performance of the system and reduce both the amount of required materials and the system operating time, this paper elaborates on a method consisting of a high-resolution numerical mathematical model of the heat transfer within a floor using a finite control volume method with an implicit solution scheme. In this work, we consider how the properties of the materials, environmental thermal comfort factors and the performance of the system work together with the theoretical underpinnings of the heat transfer phenomenon to define the design parameters to optimize the materials and provide greater control over the energy consumption. This optimization is achieved without changing any environmental thermal comfort conditions or the well-being of the occupants. Finally, a numerical solution for the heat transfer within the floor is implemented using the computer code Matlab.
Spínola, Sílvia Vieira Pinto Alves da Costa. "Caracterização térmica de pedras naturais." Doctoral thesis, Universidade de Aveiro, 2015. http://hdl.handle.net/10773/14092.
Full textAs pedras naturais, são um georrecurso precioso, não renovável e de inegável durabilidade confirmada pelos monumentos existentes um pouco por todo o Mundo. Sendo cada vez mais utilizadas na construção moderna, quer em fachadas dos edifícios quer em pavimentos simples ou associados a novas tecnologias como o piso radiante, é importante saber efetivamente qual o seu comportamento face às variações térmicas que experimentam aquando da sua utilização para aliar o conforto térmico à eficiência energética. A caracterização física e mecânica das rochas ornamentais é hoje em dia bastante comum, tendo em vista a sua aptidão como material de construção, não se passando o mesmo com a caracterização térmica. Assim, pretendeu‐se com este trabalho como objetivo principal caraterizar termicamente doze pedras naturais e por outro lado avaliar de que forma as suas propriedades físicas, mecânicas e químicas influenciam o seu comportamento térmico. Numa primeira fase determinaram‐se a massa volúmica aparente, a porosidade aberta, a absorção de água e a composição química e, posteriormente foram determinadas as propriedades térmicas tais como o coeficiente de dilatação térmica linear, a condutividade térmica, o calor específico, a capacidade térmica e a difusividade térmica por meio de ensaios de laboratório. Numa segunda fase foi construído um protótipo de piso radiante para avaliar qual o comportamento térmico de cada uma das pedras naturais em causa, tendo‐se recorrido também à termografia por infravermelhos. Os resultados obtidos foram analisados e efetuaram‐se correlações que permitiram seriar em função da sua “qualidade térmica” as pedras em estudo e inferir também o custo que cada uma delas apresenta quando aplicada em piso radiante. A análise multivariada em componentes principais das variáveis obtidas permitiu evidenciar os pares mais importantes e as correlações existentes entre elas.
Natural stones are a precious, non‐renewable and undeniable durability georesource confirmed by the existing monuments all over the world. Being increasingly used in modern construction, either in buildings façades or either on pavements associated with new technologies like heating floor is really important to know their performance, when experiencing temperature variations during use to combine thermal and energetic efficiency. Nowadays, the physical and mechanical characterization of natural stone is quite common, regarding their suitability as a construction material, not as much as their thermal characterization. Thus, this work has as main purpose the thermal characterization of twelve natural stones and secondly to assess how their physical, mechanical and chemical properties can influence their thermal behavior. In the first stage it is determined the apparent density, open porosity, water absorption and chemical composition and then the thermal properties such as the coefficient of linear thermal expansion, thermal conductivity, specific heat, the heat capacity and thermal diffusivity through laboratory testing were determined. In a second phase we built a prototype to evaluate which was the thermal behavior of the heating floor of each natural stones in question having also turned to infrared thermography. The obtained results were analyzed and made correlations which allowed serialize the stones, depending on their "thermal quality", under study and also infer the cost that each of them presents when applied on radiant floor. Principal Component Analysis of the main variables obtained were highlighted the major pairs and the existing correlations between them.
Ramalho, José Carlos Martins. "Avaliação energética de um edifício de serviços: Escola Superior Aveiro Norte." Master's thesis, Universidade de Aveiro, 2016. http://hdl.handle.net/10773/17473.
Full textO objetivo principal deste trabalho é realizar uma avaliação energética à Escola Superior Aveiro Norte (ESAN), que é um polo da Universidade de Aveiro, situado em Oliveira de Azeméis. A motivação na escolha do objeto de estudo deste trabalho prende-se com o facto de ser um edifício único, recente, com pouco estudadas em Portugal, como bombas de calor geotérmicas associadas a piso radiante e ventilação, com pré-aquecimento de ar com recurso a painéis solares e recuperação de calor. Estas tecnologias foram usadas com vista a obter conforto, com um baixo consumo energético, apesar de não estarem a conseguir garantir essas condições. Por outro lado, o interesse no edifício está no facto de não ter sido, até à data, objeto de estudos relativos ao desempenho energético, desde a sua construção. Para realizar o estudo, utilizou-se o programa de simulação dinâmica DesignBuilder para modelar o edifício, introduzindo-se os dados relativos à envolvente, iluminação, ocupação, equipamentos e sistemas de climatização. A partir da análise dos resultados e do conhecimento do edifício proveniente do estudo da documentação fornecida e das visitas ao local, foi possível verificar que a heterogeneidade da área de envidraçados e das cargas térmicas entre as diferentes salas conjugada com a climatização pelos mesmos sistemas, causa grandes desequilíbrios térmicos e dificuldades no controlo das condições de conforto dentro do edifício. Consequentemente, propõem-se medidas corretivas com vista a melhorar o conforto térmico e a eficiência energética, sendo algumas delas de baixo custo de implementação e poupanças energéticas significativas. Essas medidas têm vista a corrigir problemas de âmbito da implementação e controlo dos sistemas de climatização, ao nível do controlo da iluminação, da localização dos painéis solares para produção de Água Quente Sanitária, do aumento do isolamento da laje de betão que contém o piso radiante e da proteção solar pelo exterior da área envidraçada.
The main goal of this project is to carry out an energy assessment to the School of Design, Management and Production Technologies Northern Aveiro (Escola Superior Aveiro Norte - ESAN), which is a the most recent organic unit of the University of Aveiro, located in the town of Oliveira de Azeméis. The motivation in choosing this subject relates to the fact that it is a unique, new building, modern with not very studied technologies, such Ground Source Heat Pumps associantd with radiant floors and ventilation with air preheating, aided by solar air panels and sensible heat recuperation. These technologies were used to achieve comfort, with a low energy consumption, even though they were not able to guarantee these conditions. Furthermore, the interest in the building is the fact that it is has not been, to date, the object of any study concerning energy performance, since its construction. For this study, it was used DesignBuilder a dynamic simulation program for modeling the building, entering data on the environment, lighting, occupancy, equipment and HVAC systems. From the analysis of the results and knowledge of the building from the study of the documentation provided and the site visits, it was possible to verify that the heterogeneity of the area of glazing and of the thermal loads between the different rooms combined with the HVAC through the same systems causes great thermal imbalances and difficulties in controlling the comfort conditions inside the building. Consequently, corrective measures are proposed to improve thermal comfort and energy efficiency, some of them with low implementation costs and significant energy savings. These measures are aimed at correcting problems related to the implementation and control of HVAC systems, in terms of lighting control, the location of solar panels for the production of Sanitary Hot Water, increasing the insulation of the concrete slab containing radiant floor and solar protection by the exterior of the glazed area.
Batista, Gilberto Carlos Afonso. "Sistema de controlo, regulação e comando de pisos radiantes hidráulicos." Master's thesis, 2012. http://hdl.handle.net/10400.6/2444.
Full textRodrigues, Lucas Fernandes de Sousa. "Estudo do desempenho térmico de um piso radiante com diferentes formulações de betonilha." Master's thesis, 2019. http://hdl.handle.net/10773/29790.
Full textThis dissertation focuses on the evaluation of radiant floor systems, focusing specifically on the study of mortar screeds used with these systems. For this purpose, three slabs were built with a hydraulic radiant floor system of the same size, shape and pitch. Each slab was executed with a different mortar screed formulation in order to compare the results between them. The dissertation is structured in six chapters. The study is framed and motivated, presenting the types of radiant floor heating systems and their components, followed by the presentation of the materials used in the construction of the slabs of the experimental campaign, the test methodology followed, and the main results obtained. Finally, the main conclusions are presented. The experimental campaign consisted of three tests. The first test consisted in analysing the thermal behaviour of the mortar screeds with the heating system of the hot water circuit of the three slabs. This test aimed to determine the heating response time of each of the mortar screeds used. After a certain heating time, the heating system was turned off in order to observe the mode and calculate the slab cooling time and rate. During the heating phase thermographic imaging was done. The second test consisted in leaving the heating system on for a period of 24 hours. During this time, it was analysed the thermal behaviour and heating rate of all mortar screed solutions. The third test consisted in studying the system with respect to the heat source operating time to maintain the slab screed surface temperature between a working temperature range (maximum and minimum). By comparison, it was possible to identify which of the solutions is the most efficient in terms of energy saving, this is, the shortest operating time of the heat source.
Mestrado em Engenharia Civil