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Flow through orifice
This document is a study guide for a fluid mechanics course. It contains an introduction to orifices, classifications of orifices, related hydraulic terms, and methods for experimentally determining the hydraulic coefficient of an orifice. It provides examples of flow through large orifices and submerged orifices. The document also includes example problems solving for discharge through orifices under different pressure conditions.
Flow through orifice
- 1. Fluid Mechanics (2141906) B.E.MECH – Sem IV th Prepared by, Patel Shrey B (170953119031) B2 Mechanical Guided by, Mr. Milan Vachhani (Asst. Prof. of Mechanical Deptt.)
- 2. CONTENT • Introduction: Orifice •Classification of Orifice • Hydraulic Terms Related with Orifice • Experimental Determination Of Hydraulic Coefficient For Orifice • Examples • Flow Through large orifice • Flow Through Submerged Orifice • Examples $ɧƦɛƴ'ƶ 2
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- 8. Hydraulic Terms RelatedWith Orifice $ɧƦɛƴ'ƶ 8
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- 17. Experimental Determination OfHydraulic Coefficient For Orifice $ɧƦɛƴ'ƶ 17
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- 22. (2) Determination ofCoefficient of discharge (Cd):- (i) Volumetric Method (ii) Gravimetric Method $ɧƦɛƴ'ƶ 22
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- 33. Water Discharged ThroughLarge Orifice $ɧƦɛƴ'ƶ 33
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- 35. Water Discharged ThroughFully Submerged Orifice $ɧƦɛƴ'ƶ 35
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- 37. Water Discharged ThroughFully Submerged Orifice $ɧƦɛƴ'ƶ 37
- 38. (4) Flow takesplace between two tank a & B under pressure through an orifice connecting the tank as shown in fig. Both the tank contains oil having specific gravity 0.82 & level of oil in tank A is 50 cm higher than that in tank B. The load of 12 kN is placed on piston in tank A while tank B is closed & contains entrapped air at pressure 2.90 bar. If tank A is c/s of 0.65 m2 & orifice is 8 cm in diameter. Calculate discharge through orifice. If Cd = 0.75 $ɧƦɛƴ'ƶ 38
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