Topics • • • • Introduction Reynolds’ Experiment Dimensional Analysis of Conduit Flow Friction Factor for Fully Developed Laminar Flow Friction Factor for Fully Developed Turbulent Flow Smooth Pipe Law Rough Pipe Law Different Workers Results Application Energy/ pressure loss problem Velocity/ flow rate problem Pipe Sizing Problem • Explicit Equation for Friction Factor CN2122 / CN2122E Main Topics • • • Equivalent Diameter for Non- Circular Conduit
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the table and snag an orange pipe cleaner‚ counting down the minutes till 9:30. I stare at the program once again‚ hoping my name would magically disappear from it. But no. Among my notes scratched while bouncing in the car‚ was my name several times in bold black letters. Why‚ oh why‚ did I agree to do this? I free my matted pipe cleaner from a sweaty fist and reach for my coffee‚ hoping to preoccupy my hands. I take the obligatory sip and think‚ “Eww!” A red pipe cleaner appears in my hand. I
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Purpose/Problem/Question Which type of friction is the largest force – static‚ sliding‚ or rolling? Which is the smallest? II. Background Information From our previous activities that we did in class‚ I know that static friction is a very large force. The force is larger than rolling‚ sliding‚ and fluid friction. I also learned that rolling friction is the smallest type of force. This information may connect to my final analysis. III. Hypothesis If static friction is the largest force‚ then either
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Dead Pipes He gently brought the small instrument to his lips‚ as if the slightest touch could cause a schism in the body of it. Before he played‚ he looked into her deceitful‚ deep green eyes. He could not see the gleeful memories they once made together. All he could see now was an individual that he had once cherished‚ and now detested. Although she betrayed his trust‚ he believed that the only reasonable choice of payback‚ was to return the favor in the most beastly way possible. Little did
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Chapter 6 Study Guide Fluids‚ Electrolytes‚ and Acid-Base balance Compartmental Distribution of Body Fluids 2/3 of the body’s water is contained in the ICF‚ the remaining 1/3 is in the ECF ICF fluid volume is regulated by proteins and other non-diffusible organic compounds in cells Interstitial fluids (IF) act as a transport vehicle for gasses‚ nutrients‚ wastes‚ and other materials 14%-16% of body weight Reservoir for maintenance of vascular volume; used during hemorrhage
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Early History of the Pipe Organ The "king of instruments" has a long history‚ one which can arguably be traced to the concept of a collection of "fixed-pitched pipes blown by a single player (such as the panpipes)" (Randel 583). The first examples of pipe organs with the basic features of today can be traced to the third century B.C.E. in the Greco-Roman arena; it is said to have been invented by Ktesibios of Alexander and contained "a mechanism to supply air under pressure‚ a wind-chest to store
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Should you fail to attend either one you will be asked to complete some extra work. This will involve a detailed report and further questions. The simplest strategy is to do the lab.] Notes For the First Year Lecture Course: An Introduction to Fluid Mechanics School of Civil Engineering‚ University of Leeds. Homework: Example sheets: These will be given for each section of the course. Doing these will greatly improve your exam mark. They are course work but do not have credits toward the
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CEIC2001 – Fluid Mechanics Notes Fluid – A substance which is capable of flowing. A fluid is also a substance which has no permanent resistance to change in shape i.e. a solid can resist a shear stress‚ τ by static deflection; a fluid cannot‚ any shear stress applied to a fluid will result in the motion of that fluid for as long as the shear stress is applied. τ=FA Where F = force which is tangent to a surface (shear force)‚ A = area of moving plate in which shear force is applied to. Velocity
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Basics of Fluid Mechanics Genick Bar–Meir‚ Ph. D. 2729 West Jarvis Ave Chicago‚ IL 60645-1335 email:barmeir at gmail.com Copyright © 2010‚ 2009‚ 2008‚ 2007‚ and 2006 by Genick Bar-Meir See the file copying.fdl or copyright.tex for copying conditions. Version (0.2.4 March 2‚ 2010) ‘We are like dwarfs sitting on the shoulders of giants” from The Metalogicon by John in 1159 CONTENTS Nomenclature GNU Free Documentation License . . . . . . . . . . . . . . . . 1. APPLICABILITY AND DEFINITIONS
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BACHELOR OF ENGINEERING IN MECHATRONICS Assignment 3 Dynamics Student name: Barry Kearney Supervisor: Jim Duffy Project title: Lab 3 projectiles / Tractive Force date submitted: 16/11/2013 Introduction: Part A This lab was based on projectile motion and it was to prove the theory that was covered in lecture 5 to be correct. When dealing with projectile motion‚ it is the theory that when an object has been fired from its
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