MCG 3341 Lecture Notes - Lecture 1: Venturi Effect, Reynolds Number, Viscosity

• School: University of Ottawa
• Department: Mechanical Engineering
• Course: MCG 3341
• Professor: ming lau

Document Summary

Reference: measurement of fluid flow in pipes using oriice, nozzle and venturi, Reynolds number: re = r v d / m , where r, m are, respectively, density and viscosity. Note: speciications of lengths, velocities and material properties in star- Make sure to specify all values in the correct units and compute the velocity value such as to obtain the speciied re. 70%) d/d = (v - 2)y %, if v = 8 or 9 (for example, if v = 9 and y = 3, d/d=73%) The report is composed of two problems: 1) involves the computation and discussion of laminar low, and 2) involves the computation and discussion of turbulent low. See below for speciic requirements for each part. The report is to be presented in the style of a technical report. Divide the material in chapters (and sections, if required), including a brief introduction and conclusion.