Recently, various building integrated wind power (BIWP) approaches have been used to produce energy by installing wind power generators in high-rise buildings constructed in urban areas. BIWP has advantages in that it does not require support to position the turbine up to the installation height, and the energy produced by the wind turbine can be applied directly to the building. The accurate evaluation of wind speed is important in urban wind power generation. In this study, a wind tunnel test and computational fluid dynamics (CFD) analysis were conducted to evaluate the wind speed for installing wind turbines between buildings. The analysis results showed that the longer the length of the buildings, which had the same height, the larger the wind speed between the two buildings. Furthermore, the narrower the building’s width, the higher the wind velocity; these outcomes are due to the increase in the Venturi effect. In addition, the correlation coefficient between the results of the wind tunnel test and the CFD analysis was higher than 0.8, which is a very high value.

1. 서론
  1.1 연구 배경 및 목적
 2. 풍동실험
  2.1 실험 모형 및 측정
  2.2 풍속 분포
  2.3 난류강도 분포
 3. CFD 해석
  3.1. CFD 해석 조건
  3.2. 해석 결과
 4. 해석 결과 비교
 5. 결론
 References

• 박민우(전북대학교 건축공학과 대학원, 석사과정, College of Architecture Engrg., Chonbuk National Univ.) | Park, Min-Woo
• 유장열(송원대학교 건축공학과 교수, 공학박사, College of Architecture Engineering, Songwon Univ.) | You, Jang-Youl
• 손영무(Central Connecticut State Univ., School of Engineering & Technology Department of Engineering) | Sohn, Young-Moo
• 유기표(전북대학교 건축공학과 교수, 공학박사, 장경간철골구조농촌시설물연구센터, College of Architecture Engrg., Chonbuk National Univ., Long-span Steel Frame System Research Center) | You, Ki-Pyo 교신저자