is that part of the general science of hydrodynamics that deals with the application of forces to fluids at rest. Among the chief principles of hydrostatics may be mentioned the following:(1) The intensity of pressure at any point of a fluid is the same in all directions; it is the same whether the surface that receives the pressure faces upwards‚ downwards‚ horizontally or obliquely.(2) When a fluid is confined‚ if the intensity of pressure in one part is increased‚ as by forcing in a piston or by
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mechanism like the carburetor and the atomizer. The study focuses on Bernoulli’s Theorem in Fluid Application. A fluid is any substance which when acted upon by a shear force‚ however small‚ cause a continuous or unlimited deformation‚ but at a rate proportional to the applied force. As a matter of fact‚ if a fluid is moving horizontally along a streamline‚ the increase in speed can be explained due the fluid that moves from a region of high pressure to a lower pressure region and so with the inverse
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FACULTY OF ENGINEERING TECHNOLOGY AND INFRASTRUCTURE DIPLOMA IN CIVIL ENGINEERING DEC 206 STRENGTH AND FLUID LABORATORY EXPERIMENT 1 : REYNOLDS NUMBER DEMONSTRATION DATE OF EXPERIMENT | 02/07/2013 | DEADLINE | 09/07/2013 | SUBMISSION DATE | 09/07/2013 | LECTURER’S NAME | PUAN NAIMAH BINTI YUSOFF | GROUP MEMBERS ANDID NUMBERS | SYAZWAN BIN MOHD SAIFUDDIN | 121008736 | | MUHAMMAD SYAMIM BIN ROSLI | 121008767 | | MUHAMMAD HAFIZ BIN ABDUL WAHAB | 121008711 | MARKS | INTRODUCTION
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force that can slow down a golf ball while in mid-air is the air flowing around the surface of it. We call these resistive forces drag forces‚ and there are two kinds which inevitably slow down spherical golf balls; pressure drag and skin friction drag. Skin friction drag is the shear forces on the sphere from the air molecules. Pressure drag is a resistive force caused by turbulent airflow behind the sphere in the wake area (explained later)‚ which is only experienced once golf ball reaches a certain
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THERMAL-FLUID ENGINEERING’S FULL LAB REPORT I hereby declare that this report is written by me/us and it is my own/group effort and no part has been plagiarized without citations FACULTY OF MANUFACTURING ENGINEERING EXPERIMENT TITLE: MEASUREMENT WITH FLOWMETER GROUP NO: 02 SECTION: 02 NAME OF STUDENT NO ID 1. ALI ZULFAKAR BIN KHAIRUDIN FA12032 2. MOHD ZUL ASRI BIN MOHD RAMLI FB12011 3. MUHAMAD ASLAM BIN ABDUL RAUB FB12010 PRACTICAL DATE: 20 MARCH 2015 WEEK:04 SUBMISSION DATE (FULL REPORT):
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lubrication‚ floating ring bearings‚ compressible fluid (gas) lubrication‚ grease lubrication‚ dynamically loaded bearings‚ half speed whirl and stability. Prerequisites: MATH 308‚ MEEN 345 or equivalent. MY OBJECTIVES: To introduce the fundamental physical principles of the classical theory of hydrodynamic lubrication and to review the latest advances and applications to high speed‚ externally pressurized‚ turbulent flow bearings and seals with process fluids. To provide guidance on the important aspects
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used as a control valve. The conditions such as pressure of the pipeline system have to be suitable for the valves used. The hazards and safety practice involved in this experiment are very vital in industrial use especially when there are explosive fluids involved. Experimental Setup: Manometer Manometer Tapered Side Tapered Side Orifice Plate Orifice Plate Globe Valve Globe Valve Gate Valve Gate Valve Pump/Blower Pump/Blower Legends Flow of air Flow of air Hazards and Safety
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68 N. Results and Calculations 69 O. Discussion 75 P. Error Analysis 79 Q. Conclusion 80 References 81 Appendix I.A Appendix II.A Appendix II.B Summary There are two parts in this experiment where we shall observe the mechanics of fluid flow in a closed conduit and also to find out the characteristics of a centrifugal pump. In the first part‚ we applied the principle of pressure difference across fittings in a closed conduit to find out the loss coefficients of these fittings.
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experiment was completed and carried out successfully. Introduction The flow measuring apparatus is used to familiarize the student with typical methods of flow measurement of an incompressible fluid and‚ at the same time demonstrate applications of the Bernoulli’s equation. The flow is determined using a Venturi Meter‚ Orifice Meter and a Rota Meter. Head losses associated with each meter are measured directly from the manometers. The head
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S. Raghavachari Consultant Chennai Abstract Mechanical seals are pieces of engineering marvel. Process industries could meet today’s stringent environmental pollution regulations through the effective sealing of even the most difficult fluids. This paper describes different kinds of seals‚ their design‚ properties and functioning. Effect of various factors like seal balance‚ face pressure‚ temperature and lubrication on performance of seal and probable causes of seal leakage with their
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