Earticle

초록

영어

The purpose of this study is to develop a computerized shading simulation program considering solar radiation and to verify
its numerical and graphical effectiveness in fenestration system design. Even though the thermal effect of the transmitted solar
radiation through fenestration is understood as one of critical factors in building design, it is hardly considered in early design
stage because of difficulty in its concept and calculation process. To be widely used by architectural designers in their
architectural projects, the program should provide user-friendly graphical interface which can clearly represent the thermal effect
of their design as well as proper guideline that can provide accurate simulation results without big burden of user input.
The Shaded Fenestration Design(SFD) program has been developed as an energy-effective shading device and window system
design program considering effects of shaded solar radiation. For the validation of the program, a physical test box was specially
designed and tested to show the accuracy of the program. The comparative tests with widely used computer simulation
program(DOE-2) showed that the SFD program with the HDKR model provided more reliable results than DOE-2 program.

목차

Abstract
 1. 서 론
 2. 연구 목적과 방법
  2.1. 연구의 목적과 의의
  2.2. 연구의 방법
 3. 창호를 통해 유입된 태양일사의 실내벽면에서 흡수
  3.1. 대기권 밖 일사량(Io)의 계산
  3.2. 청정일 수평면 일사량(IGH)의 계산
  3.3. 청정일 경사면 일사량(IGT)의 계산
  3.4. 창호를 통한 투과 및 흡수 일사량의 계산
 4. 일사를 고려한 차양 디자인 프로그램(SFD)의 개발
  4.1 일사 차폐면적 계산을 위한 모델
  4.2 Shaded Fenestration Design(SFD) 프로그램
 5. SFD 프로그램의 검증
  5.1 건축물 에너지 시물레이션 프로그램의 검증
  5.2. 물리적 실험 모델(physical test box)
  5.3. 비교실험 결과의 분석
 6. 결론
 참고문헌

저자

• 오기환 [ Oh, Kie Whan | 동서대학교 건축토목시스템공학부 조교수, Ph.D. ]

참고문헌