A Study of the Indoor Thermal Environment in Apartment Buildings in Freezing Weather Operation of Heat Recovery Ventilator by CFD Simulation

Chang-Yeon Kim; Jong-Il Park; Dong-Gyu Kim; Byong-Hwan Shin; Jong-Soo Kum

A Study of the Indoor Thermal Environment in Apartment Buildings in Freezing Weather Operation of Heat Recovery Ventilator by CFD Simulation

Recommendations

Search

Questions

CFD를 이용한 열회수형 환기장치 운전에 따른 혹한기 공동주택의 실내 열환경 검토

Type: Academic journal

Author: Chang-Yeon Kim (GS건설) Jong-Il Park (동의대학교) Dong-Gyu Kim (부경대학교) Byong-Hwan Shin (부경대학교) Jong-Soo Kum (부경대학교)

Journal: The Society Of Air-Conditioning And Refrigerating Engineers Of Korea Korean Journal of Air-Conditioning and Refrigeration Engineering Vol.27 No.6 KCI Excellent Accredited Journal

Published: 2015.6

Pages: 293 - 299 (7page)

Usage

📌

Topic

📖

Background

🔬

Method

🏆

Result

A Study of the Indoor Thermal Environment in Apartment Buildings in Freezing Weather Operation of Heat Recovery Ventilator by CFD Simulation

Abstract· Keywords

Report Errors

In Korea, it is the law that an apartment building which consists of over 100 households must have a ventilation system installed, either natural or mechanical. The heat recovery ventilator (HRV) is great way to reduce energy consumption. In this research we confirmed that based on site’s construction plan and existing diffuser form, performed purpose CFD which simulates operation in temperatures below -5℃ to circumstances of installation of an HRV in an apartment. As a result of this research we found that when the diffuser’s aperture area was adjusted, the distribution of air temperature and residence time of air was more equally distributed and air temperature was higher, compared to when the diffuser has an identical aperture area. We also found that we are able to increase even more air temperature and air distribution of air temperature and residence time of air was even more equally distributed when run in parallel with a splitter damper.

#HRV(Heat recovery ventilator:열회수형 환기장치) #Indoors thermal environment(실내 열환경) #Freezing weather season(혹한기) #Residence time of air(공기연령) #Splitter Damper(분기댐퍼)

Abstract
1. 서론
2. 계산방법
3. 결과
4. 결론
References

References (0)

Add References

If the reference is being serviced by DBpia, please register through [Add Reference]

Recommendations

It is an article recommended by DBpia according to the article similarity. Check out the related articles!

Related Authors

김창연

Affiliation GS건설

Fields Engineering > Mechanical Engineering > General Mechanical Engineering Engineering > Architectural Engineering > General Architectural Engineering

Articles 3 Usage 407

박종일

Affiliation 한국패시브건축협회

Fields Engineering > Mechanical Engineering > General Mechanical Engineering TOP 5% Engineering > Architectural Engineering > General Architectural Engineering

Articles 140 Usage 16,368

김동규

Affiliation 부경대학교

Fields Engineering > Mechanical Engineering > General Mechanical Engineering TOP 5% Engineering > Naval Architecture and Ocean Engineering

Articles 124 Usage 17,889

신병환

Affiliation 스마트락코리아

Fields Engineering > Mechanical Engineering > General Mechanical Engineering Interdisciplinary Studies > Interdisciplinary Research

Articles 19 Usage 1,676

금종수

Affiliation 부경대학교

Fields Engineering > Mechanical Engineering > General Mechanical Engineering TOP 5% Agriculture and Fishery > Fishery Science TOP 10%

Articles 190 Usage 20,923

Frequently Viewed Together

A Study of Wind Pressure Distribution for a Rectangular Building Using CFD

Dongshin Shin , Jaehyun Pa , k and others 4 Korean Journal of Air-Conditioning and Refrigeration Engineering 2016 .01

Analysis of the Part Load Ratio Characteristics and Gas Energy Consumption of a Hot Water Boiler in a Residential Building under Korean Climatic Conditions

Byeong Ho Yu , Byeong-Mo Seo , Jin-Woo Moon and others 1 Korean Journal of Air-Conditioning and Refrigeration Engineering 2015 .09

Improvement of Design Criteria in Heating and Cooling Equipment According to the Consolidation of Design Standard for Energy Saving in Apartment Buildings of Korea

Lim Jae-Han , Kim Sung-Im , Song Seung-Yeong Journal of the Korean Solar Energy Society 2014 .06

Existing Building Energy Simulation Method Using Calibrated Model by Energy Audit Data

Dong-Seok Kong , Du-Hwan Kim , Yong-Sung Chang and others 1 Korean Journal of Air-Conditioning and Refrigeration Engineering 2014 .05

The Performance Improvement in Ventilation of Kitchen of Housing by Using CFD Method

Kang , Youn-Do , Lee KIEAE Journal 2018 .02

Comments(0)

Write first comments.

UCI(KEPA) : I410-ECN-0101-2016-553-001581487

구분	그룹	데이터 항목
AI 학습용 데이터	원문	원문 PDF 파일
AI 학습용 데이터	원문 + 메타 (기본/상세)	원문 PDF 파일 및 서지정보 CSV
대량 구매용 데이터	B2B 구독 방식	특정 자료 한정으로 원문 접근 권한 부여
대량 구매용 데이터	URL 전달 방식	바로 PDF 뷰어를 열람할 수 있는 URL 제공

구분	그룹	데이터 항목
AI 학습용 데이터	기본 메타	발행기관명, 간행물명, 권호명, 권(vol), 호(issue), 통권, 발행연도, 발행월, 논문명, 저자명, 시작페이지, 종료페이지, 전체페이지, 상세페이지URL
상세 메타 데이터	발행기관 메타	발행기관 이명, 영문명, 창립연도, 홈페이지URL, 발행기관 소개
	간행물 메타	부제목, 간행물 유형, ISSN, ISBN, 최초발행연도, 폐간연도, 간행빈도, 발행주기, 등재사항, 이용수, 피인용수, 권호수, 논문수, 표지이미지
	논문 메타	작성 언어, 부제목, 대등제목, 목차, 키워드, 초록, 이미지, 참고문헌, 이용수, 피인용수, 논문활용도, DBpia통합주제분류, KDC분류, DDC분류, 한국연구재단분류, UCI, DOI
	저자 메타	소속기관, 소속부서, 직급, 연구분야, 연구키워드, 이용수, 피인용수, 저자 논문활용도

구분	그룹	데이터 항목
※ 결합형/맞춤형 메타 데이터는 신청 내용에 따라 다양하게 제공 가능
이용순위 정보	주제분야별 많이 이용된 논문	“인문학”에서 많이 이용된 논문 TOP100
	이용기관별 많이 이용된 논문	“중고등학교”에서 많이 이용된 논문 TOP100
	세부기관별 많이 이용된 논문	“서울대학교”에서 많이 이용된 논문 TOP100
	키워드별 많이 이용된 논문	“Chat GPT”에서 많이 이용된 논문 TOP100
키워드 정보	많이 이용된 키워드	특정기간/분야/저널 내 많이 이용된 키워드
	많이 발행된 키워드	특정기간/분야/저널 내 많이 발행된 키워드
	많이 검색된 키워드	특정기간/분야/저널 내 많이 검색된 키워드
	연구 트렌드 키워드	특정 키워드 연관 연구동향 분석 데이터 키워드

논문 기본 정보

Abstract· Keywords

AI Summary

Topic

Background

Method

Result

주요내용

Contents

References (0)

Recommendations

Related Authors

Frequently Viewed Together

Recently viewed articles

Comments(0)