hydraulics - HYDRAULICS Contents INTRODUCTION.3 OBJECTIVE.3 METHEDOLOGY.3 THEORY.3 PARTIALY SUBMERGED VERTICAL PLANE.4 HYDROSTATIC THRUST.

hydraulics - HYDRAULICS Contents INTRODUCTION.3 OBJECTIVE.3...

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HYDRAULICS
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Contents INTRODUCTION .............................................................................................................................................................. 3 OBJECTIVE ...................................................................................................................................................................... 3 METHEDOLOGY .............................................................................................................................................................. 3 THEORY ........................................................................................................................................................................... 3 PARTIALY SUBMERGED VERTICAL PLANE ...................................................................................................................... 4 HYDROSTATIC THRUST ............................................................................................................................................... 4 EXPERIEMENTAL DEPTH OF PRESSURE ..................................................................................................................... 5 THEORETICAL DEPTH OF PRESSURE .......................................................................................................................... 5 FULLY SUBMERGED VERTICAL PLANE ............................................................................................................................ 6 HYDROSTATIC THRUST ............................................................................................................................................... 7 EXPERIMENTAL DEPTH OF PRESSURE ....................................................................................................................... 7 THEORETICAL DEPTH OF PRESSURE .......................................................................................................................... 7 OBSERVED RESULT & CALCULATION .............................................................................................................................. 7 DISCUSSION AND CONCLUSION .................................................................................................................................... 9 REFERENCE ................................................................................................................................................................... 10 LIST OF FIGURES Figure 1: Partially submerged vertical plane ............................................................................................... 4 Figure 2:Fully immersed vertical plane ....................................................................................................... 6 Figure 3: DEPTH VS HYDROSTATIC FORCE ......................................................................................... 9
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INTRODUCTION When an object immersed in fluid it experience two forces. One is the pressure force due to the fluid articles normal to the surface and the gravitational force. It is important to measure the hydrostatic force on the submerged bodies to know the balancing of the body in the respective fluid. It helps in the design of ships and airplane structure. The derived formulas and experimental methods are currently available to predict the hydrostatic force. (Bansal, 2006) OBJECTIVE To determine the hydrostatic thrust acting on the plane surface immersed in water when the surface is partially submerged or fully submerged. To determine the position of the line of action of the thrust and to compare the position determined by the experiment with the theoretical position. METHEDOLOGY The hydrostatic force developed is being balanced by counter mass. And the force is calculated by moment equilibrium method about a point. THEORY The theory behind this experiment is that the force on the submerged bodies acts normally on the immersed area. The normal force is being used to find out the moment acting through the pivot point.
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  • Winter '16
  • Force, ........., Dr.R.K Bansal, Yunus A Cengel

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