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전산유체역학(CFD)분석을 통한 에어글라이드창호 환기성능평가Performance Evaluation of Air Glide Window by Computational Fluid Dynamics Analysis

Authors
Yang, Young KwonPark, Bo RangChoi, Eun JiKim, Tae WonMoon, Jin WooPark, Jin Chul
Issue Date
Feb-2018
Publisher
한국생태환경건축학회
Keywords
창호형 환기시스템; 베르누이원리; 전산유체역학; 창호; 환기시스템; Window ventilation system; Bernoulli Principle; Computational fluid dynamics; Window; Ventilation system
Citation
KIEAE Journal, v.18, no.1, pp 83 - 89
Pages
7
Journal Title
KIEAE Journal
Volume
18
Number
1
Start Page
83
End Page
89
URI
https://scholarworks.bwise.kr/cau/handle/2019.sw.cau/3102
DOI
10.12813/kieae.2018.18.1.083
ISSN
2288-968X
2288-9698
Abstract
Purpose: This paper is to verify the performance of the 'Air-glide window', a window type ventilation system using the Bernoulli principle. A window-type ventilation system refers to a system, in which windows and ventilation systems are integrated, without interfering with the function and performance of the window. Method: In Chapter 2, we review the outline of the existing window type ventilation system, the case, and technology trends. In Chapter 3, we explain the principle, the basic structure and the detailed functions of the ‘Air-glide window’. In Chapter 4, a comparison and analysis of the ventilation and heat exchange performance was performed through CFD simulations of general windows and air glides windows. Result: It was confirmed that the air inflow rate of the ‘air glide window’ was more efficient, even in the same outlet area and wind speeds. This result can be expected to be better given the high velocity (jet stream) wind speed due to the very small size of the air outlet, when the prototype of the ‘air glide window’ is manufactured and applied.
Purpose: This paper is to verify the performance of the 'Air-glide window', a window type ventilation system using the Bernoulli principle. A window-type ventilation system refers to a system, in which windows and ventilation systems are integrated, without interfering with the function and performance of the window. Method: In Chapter 2, we review the outline of the existing window type ventilation system, the case, and technology trends. In Chapter 3, we explain the principle, the basic structure and the detailed functions of the ‘Air-glide window’. In Chapter 4, a comparison and analysis of the ventilation and heat exchange performance was performed through CFD simulations of general windows and air glides windows. Result: It was confirmed that the air inflow rate of the ‘air glide window’ was more efficient, even in the same outlet area and wind speeds. This result can be expected to be better given the high velocity (jet stream) wind speed due to the very small size of the air outlet, when the prototype of the ‘air glide window’ is manufactured and applied.
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공과대학 (건축학)
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