External thermal shell thermal behavior analysis-Exposure of building with materials and traditional and modern technology to optimize energy consumption (Case study: Residential buildings in Mashhad)

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madahi mahdi; ABBASI MAHSA

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Journal: ARMANSHAHR Year:2020 | Volume:12 | Issue:29 Page(s): 167-183

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Information Journal Paper

Title

External thermal shell thermal behavior analysis-Exposure of building with materials and traditional and modern technology to optimize energy consumption (Case study: Residential buildings in Mashhad)

Author(s)

madahi mahdi | ABBASI MAHSA | Issue Writer Certificate

Keywords

Thermal ComfortQ2

energy savingsQ1

external wallsQ1

the shell of the buildingQ1

The City of MashhadQ2

Abstract

Energy saving is one of the most important challenges of today's world. In recent years, increasing concern about the environmental consequences of energy consumption and global warming has doubled the importance of this issue. In our country, the building sector accounts for about 40% of the total energy consumption. The building plays as the main intermediary between the outside and inside of the essential role in controlling the environmental conditions and providing comfort to the inhabitants of the building. This research investigates thermal behavior of external walls of buildings in Mashhad city. The research method was combined in this research and was identified by field studies of the common external walls in Mashhad buildings and simulated in the design of the Billboard software, and have been investigated in terms of energy consumption, as well as a number of new external walls Which are limited to the implementation of them in Mashhad, have been investigated in terms of thermal performance in the Designer Billboard software. The results show that the weakest wall in terms of thermal response between the exterior walls in The City of Mashhad HCB1 and the optimal wall in terms of energy saving and the appropriate thermal response A2, which uses this wall at 50% load The total and 73% are saved in wall losses, although the L2 wall performs better in the cold seasons, and prevents the outflow of heat inside the admittacne because of the energy required to provide the heating of the building. It is less than the rest of the walls, as well as the implementation of the dry facade system of each wall, which is observed by executing The dry faç ade of the total load and the heat dissipation of the wall are reduced.

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APA: Copy

madahi, mahdi, & ABBASI, MAHSA. (2020). External thermal shell thermal behavior analysis-Exposure of building with materials and traditional and modern technology to optimize energy consumption (Case study: Residential buildings in Mashhad). ARMANSHAHR, 12(29 ), 167-183. SID. https://sid.ir/paper/202504/en

Vancouver: Copy

madahi mahdi, ABBASI MAHSA. External thermal shell thermal behavior analysis-Exposure of building with materials and traditional and modern technology to optimize energy consumption (Case study: Residential buildings in Mashhad). ARMANSHAHR[Internet]. 2020;12(29 ):167-183. Available from: https://sid.ir/paper/202504/en

IEEE: Copy

mahdi madahi, and MAHSA ABBASI, “External thermal shell thermal behavior analysis-Exposure of building with materials and traditional and modern technology to optimize energy consumption (Case study: Residential buildings in Mashhad),” ARMANSHAHR, vol. 12, no. 29 , pp. 167–183, 2020, [Online]. Available: https://sid.ir/paper/202504/en

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