Uses of Glass in Architecture: Heat Losses of Buildings Based on Translucent Structures

Nikitin, Yury; Murgul, Vera; Vatin, Nikolai; Pukhkal, Viktor

doi:10.4028/www.scientific.net/amm.680.481

Cited by 9 publications

(3 citation statements)

References 17 publications

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“…Civil designer try to reach energy efficiency by applying specific constructive decisions, such as supplementary thermal insulation of enclosure structures [6,7], decentralized ventilation systems with heat recovery [8], suspended ventilated facade systems [9] and also through the use of renewable energy sources [10,11,12]. Criterion of energy efficiency is becoming one of the most crucial even when choose a window [13] and already took into account in designing of translucent structures, which lead to big heat losses [14]. The article [15] contains some architectural planning and constructive solutions to save energy and ensure energy efficiency of residential buildings and analyses the effect of the shape and size of the building and the level of thermal insulation and sealing of external walls on the parameters of heating energy consumption in the building.…”

Section: Literature Reviewmentioning

confidence: 99%

Results of Multi Comfort Building Designing

Bazhenova

Bykova

Bryus

et al. 2015

AMM

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This article is dedicated to the project of elementary school building in Gaziantep, Turkey. Particular interest in the construction of energy-effective buildings, appeared in last years, stipulate relevance and importance of this work. The main of the article is to describe the project and to estimate it from the point of energy-efficiency.Architectural and constructional decisions were also substantiated in the work and special attention was put on the possibility of reaching target values of energy-efficiency criteria by using different ways of energy consumption reduction.As the conclusion, it could be said that the building belongs to the highest class of energy-efficiency.

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Section: Literature Reviewmentioning

confidence: 99%

Results of Multi Comfort Building Designing

Bazhenova

Bykova

Bryus

et al. 2015

AMM

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“…The above studies focused on the effect of solar radiation on thermal comfort in outdoor or in-vehicle scenarios. Due to the increasing use of curtain walls in modern buildings, 17,18 the extent of the influence of solar radiation on indoor thermal comfort has been emphasized. With manual solar shades, Yao et al 19 found that comfortable hours were 20.6%-37.3% more than with unshaded windows.…”

Section: Introductionmentioning

confidence: 99%

Application of CPMV* for improving the indoor thermal environment under global solar radiation

Zhang

Duan

Yang

et al. 2022

Indoor and Built Environment

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The impacts of solar radiation on indoor thermal comfort are growing with the popularity of curtain walls in modern constructions. In order to accurately assess indoor thermal comfort under global solar radiation, a previous study proposed a corrected predicted mean vote with global solar radiation (CPMV*) and validated the model in summer. To further investigate the year-round applicability of the model, field experiments were conducted in transparent envelope buildings in winter, and 1098 valid thermal responses were obtained. The results indicate that CPMV* fits well with the thermal sensation vote, and it has important applications in guiding the design of indoor thermal environments and the operation of ventilation and air conditioning systems throughout the year. Besides, the predicted percentage dissatisfied with global solar radiation and the percentage unacceptable are proven to be feasible in evaluating the thermal acceptability of buildings with solar radiation. Based on CPMV*, we can calculate the indoor thermal comfort zone matching various solar radiation intensities and reasonably regulate the actual operation of the heating, ventilation and air conditioning systems. The indoor thermal environment exposed to solar radiation would be significantly improved by these findings.

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“…Many studies, standards, numerous tests of materials and structures are devoted to this problem. However, because of the importance of this problem and the development of technology, the relevance of the fire safety and search for new technical solutions in this area are retained [1,2].…”

Section: Introductionmentioning

confidence: 99%

Сolour Design of Intumescences Сoatings for Building Constructions

Gravit

Krivtcov

Mingalimov

et al. 2016

MSF

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For the rational decision of colors on the different building objects it is recommended to use optimal colors to create the best climate at industrial enterprises. For this purpose the appropriate building codes are developed. Building constructions in the industrial enterprises, which are applied fire-retardant paint, also painted in the appropriate color with tinting paste, or applying the finishing coat with that color. It is shown, that the introduction of tinting paste in the fire-retardant paint as overcoating of the fire-retardant paint leads to chaotic effect on height of foam of the intumescing coatings. The conclusions about invalidity of coloring with the fire-retardant paints in saturated tones used tinting paste without preliminary testing on the fire retardant efficiency are made. Similar conclusions are applied to the paint systems for an intumescing fire protective coatings using surface finishing.

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Uses of Glass in Architecture: Heat Losses of Buildings Based on Translucent Structures

Cited by 9 publications

References 17 publications

Results of Multi Comfort Building Designing

Results of Multi Comfort Building Designing

Application of CPMV* for improving the indoor thermal environment under global solar radiation

Сolour Design of Intumescences Сoatings for Building Constructions

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