Uploaded October 2020 | Updated September 2026, 1 hour ago
In this webcast, we experimentally determine the coefficient of velocity, coefficient of discharge, and the coefficient of contraction at vena contracta. The learning objectives are: 1) How to determine the Coefficient of Velocity (Cv) from a free jet flowing from a sharp-edge orifice under constant head condition? and 2) How to determine the Coefficient of Discharge (Cd) from a free jet flowing from a sharp-edge orifice under variable head conditions? And calculate the Coefficient of Contraction (Cc).
You need to watch this theory and demo before Intro to Fluid Mechanics lab class to be prepared ready performing the lab on your own. #Fluid_Mechanics #The_Free_Jet #Vena_Contracta
In this webcast, we experimentally determine the coefficient of velocity, coefficient of discharge, and the coefficient of contraction at vena contracta. The learning objectives are: 1) How to determine the Coefficient of Velocity (Cv) from a free jet flowing from a sharp-edge orifice under constant head condition? and 2) How to determine the Coefficient of Discharge (Cd) from a free jet flowing from a sharp-edge orifice under variable head conditions? And calculate the Coefficient of Contraction (Cc).
You need to watch this theory and demo before Intro to Fluid Mechanics lab class to be prepared ready performing the lab on your own. #Fluid_Mechanics #The_Free_Jet #Vena_Contracta










