DANIEL SENIOR ORIFICE FITTING The Daniel Senior Orifice fitting is a fluid measurement device that measures flow based on the differential pressure principle. The Daniel Senior Fitting utilizes a duel chamber design which positions an orifice plate in a flow stream. The orifice plate generates a pressure drop as flow moves though the Daniel Senior Orifice Fitting. By measuring the pressure drop as flow moves through the Daniel Senior Orifice Fitting‚ and using the pressure drop (differential pressure)
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dimples on a golf ball‚ http://www.golfblogger.com/index.php/golf/comments/purpose_and_number_of_golf_ball_dimples/ [2] Separation of boundary layers‚ http://www.see.ed.ac.uk/~johnc/teaching/fluidmechanics4/2003-04/fluids14/separation.html [3] Fluid Dynamics‚ http://electron9.phys.utk.edu/phys136d/modules/m1/bernoulli.htm [4] Aerospaceweb.org – Ask Us Golf Ball Dimples and Drag http://www.aerospaceweb.org/question/aerodynamics/q0215.shtml [5] Why are golf balls dimpled? – http://math.ucr.edu/home/baez/physics/General/golf
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Properties of Fluids‚ GFC Rogers and YR Mayhew. Only School approved calculators are allowed. Use a separate answer book for each section. If you submit answers to more questions than specified‚ final marks for the examination will be determined using the best marks which satisfy the rubric. - 1 ___________________________________________________________________________ SECTION A A1. (a) Explain the meaning of the terms: One-Dimensional Fluid Flow‚ Steady Fluid Flow‚ and Incompressible Fluid Flow. [15%]
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Lift keeps the board at a desired angle above water‚ and is needed when turning direction of the board (McCagh 20). Pressure on certain areas of a surfboard creates two types of lift: buoyant lift and dynamic lift (Hendricks Part II 84). Dynamic lift results from the pressure created by the passage of water under the surfboard (Hendricks Part II 84). It is proportional to the angle of attack‚ which determines the amount of drag (Hendricks Part II 84). It is preferred to
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due to pressure as well as frictional effects. In this situation the coefficient of drag‚ CD‚ is defined as Equation 1 where F is the force‚ AP is the projected area of the surface‚ is the density of the fluid‚ and v∞ is the free-stream fluid velocity. The quantity is often called the dynamic pressure. This equation can be used to solve for the coefficient of drag from experimental data. The force and the air velocity can be measured during an experiment‚ the projected area is easily calculated
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ABSTRACT/ SUMMARY The objective of this experiment is to determine the characteristics of open-channel flow. The types of flow to be determined are rectangular notch and triangular v-notch. Another objective of the experiment is to determine the discharge coefficients for both notches. The experiment for rectangular notch begins with admitting water to the channel. At this point‚ the water flow must be adjusted by using control valve in order to obtain heads (H). Throughout the experiment‚ five
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THE DISSERTATION REPORT ENTITLED “DESIGN OF AXIAL FLOW COMPRESSOR WITH AxSTREAM” SUBMITTED TO SARDAR VALLABHBHAI NATIONAL INSTITUTE OF TECHNOLOGY‚ SURAT (INDIA) IN PARTIAL FULFILLMENT FOR THE AWARD OF DEGREE OF MASTER OF TECHNOLOGY IN MECHANICAL ENGINEERING (TURBO MACHINES) SUBMITTED BY MOHSINALI BATTI (P12TM005) GUIDED BY Mr. VIMAL K. PATEL 2013-2014 DEPARTMENT OF MECHANICAL ENGINEERING SARDAR VALLABHBHAI NATIONAL INSTITUTE OF TECHNOLOGY SURAT – 395 007‚ GUJARAT‚ INDIA CERTIFICATE This is to
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MEHB221 Fluids Mechanics Lab 2014 Experiment No. 2 FLOW VISUALIZATION Objectives To study the flow lines and path lines in fluids mechanics (steady flow)‚ and investigate the influence of different shaped bodies on the flow. Apparatus Flow Visualization Unit‚ FM 22 (Figure 4). Hydraulic Bench‚ FM 110. Summary of Theory Timelines‚ Pathlines‚ Streaklines and Streamlines (Flow lines) In the analysis of problems in fluid mechanics‚ frequently it is advantageous to obtain a visual representation
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References: * F. Durst‚cFluid Mechanics-An Introduction to the Theory and Fluid Flows‚ Springer-Verlag Berlin Heidelberg‚ 2008.
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Karunya University School of Civil Engineering FLUID MECHANICS & MACHINERY LABORATORY MANUAL INDEX |Sl. No. |Date |Title of the Experiment |Page No. |Staff signature | |1 | | | | | | | |DETERMINATION OF DARCY’S FRICTION
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