화학공학 레이놀즈 수(Reynolds Number)

화학공학 레이놀즈 수(Reynolds Number)

[화학공학] 레이놀즈 수(Reynolds Number).pptx

목차 Objective Introduction& Background Apparatus Procedures Cautions Reference 본문 Investigate the relationship between flow condition and fluid velocity in order to understand Reynolds number in flow dynamics A. Shear Stress B. Viscous & Inertia Force C. Reynolds Number D. Laminar & Turbulent Flow E. Type of flow Shear stress slow down the motion so that the velocity close to the wall will reduce → velocity gradient (dy/dx) 참고문헌 Chemical Engineering Laboratory 2 - SungKyunKwan Univ. Unit Operation of Chemical Engineering 7th - McCabe, Smith, Harriott McGraw Hill 2005 http://en.wikipedia.org/ http://blog.naver.com/jkj0417?Redirect=Log&logNo=100023138253 http://www.rwc.uc.edu/koehler/biophys.2ed/dynamics.html 키워드 화학공학, 레이놀즈, Reynolds, Number, 화학