복사 바닥 난방을 통한 하강 기류 열유동해석 (영어ppt 및 영어 리포트)
페이지 정보
작성일 23-02-02 13:45
본문
Download : 복사 바닥 난방을 통한 하강 기류 열.zip
실제 열유동해석 프로그램 ANSYS를 이용하여 발표했던 ppt와 레포트 입니다. 실제 열유동해석실습에서 A+를 획득하였습니다.
1. Abstract
uniform distribution of temperature that will be suitable for high ceiling buildings like
레포트 > 공학,기술계열
2. Introduction
In this study, we perform CFD simulation to know the best method of RFHS. Our object is
3. Methods
다.
that to prevent downdraft from cold window by using RFHS. We use Boussinesq model for
복사 바닥 난방을 통한 하강 기류 열유동해석 (영어ppt 및 영어 리포트)
7. Reference
thermal comfort that means the state that human feels comfort in temperature system. This factor plays important role in maintaining pleasant state. We can worry about this in interior
Download : 복사 바닥 난방을 통한 하강 기류 열.zip( 49 )
설명
to localized cooling effect resulting from heat loss. We should dispose of this situation for more better space to be. Here, we introduce radiant floor heating system (hereinafter RFHS) to decrease the downdraft.
5. Discussion
space. We can expect that cold air will be got into the room from outside in winter and it is not good for human’s feeling. This phenomenon, called downdraft, is generated by natural
1. Introduction
3. CFD simulation & Results
4. Results
velocity gradient and draft rate (hereinafter DR) to know motion of flow and how the effect of downdraft for occupants is. As a result, we know that the case 1 of narrow area had
4. Conclusion
자유 주제로 발표하였었고 ppt와 리포트 모두 영어 data(資料)입니다. 자유 주제로 발표하였었고 ppt와 레포트 모두 영어 자료입니다.
순서
열유동해석프로그램 발표자료, CFD, 기계공학실습, Ansys, 열유체설계실습,열유동해석,기계공학, 열유체,
2. Modeling
실제 열유동해석실습에서 A+를 획득하였습니다.
convection downflow of cold air near window surface. It causes occupant’s discomfort due
6. Conclusion
ABSTRACT: These days, quality of life is regarded as one of the most important things. There are many things to be considered to improve the quality of life. Among them, there is
church. And the case 4 of wide area had stable distribution of temperature that will be more suitable for low ceiling building like apartments.
natural convection. By dividing cases into 4 different areas, we compared the results to get the most effective method for each specific real cases. We observed the temperature and
실제 열유동해석 프로그램 ANSYS를 이용하여 발표했던 ppt와 리포트 입니다.
