B.E/B.Tech/M.E/M.Tech : Chemical Engineering Regulation: 2016 PG Specialisation : NA Sub. Code / Sub. Name : CH16304 FLUID MECHANICS Unit : I


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1 Department of Chemical Engineering B.E/B.Tech/M.E/M.Tech : Chemical Engineering Regulation: 2016 PG Specialisation : NA Sub. Code / Sub. Name : CH16304 FLUID MECHANICS Unit : I LP: CH Rev. No: 00 Date: 29/06/2017 FUNDAMENTALS OF FLUID AND FLUID FLOW: Fluid properties of fluid Continuum concept of fluid Newton s law of viscosity, pressure and temperature dependence classification of fluids Newtonian fluid Non Newtonian fluid and their classification. Classification of fluid flow Incompressible and Compressible flow Steady, Unsteady, Uniform and Non Uniform flow. Flow visualization streamline, pathline, streak line, velocity and stress field. Objective: To impart knowledge on fluid properties, types of fluid, types of fluid motion and the concept of fluid as continuum 1 Fluid, Fluid mechanics, Why is fluid mechanics important, Difference between solids, liquids and gases, significance of units and basic concepts T2,Ch1; Pg 19 R1,Ch 1, Pg. 15 T1, Ch. 1, Pg Fluid as continuum; Fluid propertiesdensity, viscosity, surface tension and capillarity T2,Ch 1; Pg R1, Ch.2, Problems in fluid properties classification of fluids 4 Types of fluid, Newtonian & nonnewtonian fluids Time independent and Time dependent fluids Compressible and incompressible T2,Ch 1; Pg R1, Ch 1; Pg. 23 T1, Ch 3; Pg R1, Ch. 2, Pg Classification of fluid motion uniform & nonuniform, steady & unsteady, Flow patterns Stream line, streak line, path line, time line T2,Ch 1; Pg R1, Ch.2, Pg ; & Pg Velocity and stress field Problems on shear stress and velocity gradient R1,Ch 2; Pg Flow patterns * duration: 50 minutes
2 Unit : II FLUID STATICS AND FLUID KINEMATICS: Fluid statics Pressure concept, Hydrostatic equilibrium, Manometer and their types. Fluid flow  Differential analysis of fluid motion Conservation of mass Equation of continuity and Equation of motion  Euler s equation, Bernoulli equation and with correction for fluid friction correction for pump work. Objective: To understand the forces acting on a fluid  fluid pressure, pressure measurement, buoyancy and stability, the Continuity equation, Bernoulli equation with and without pump work. 7 Fluid statics  Newton s law of motion, forces on fluid elements, Pascal s law of hydrostatics, 8 Hydrostatic equilibrium, Basic equation for pressure field 9 10 Pressure measurement manometer, barometer, types of manometers Hydrostatic force on plane submerged surface, Hydrostatic forces on a curved submerged surface 11 Problems in manometers and calculating the pressure drop 12 Problems in manometers and calculating the pressure drop 13 Scalar & Vector field, Differential analysis of fluid motion, Continuity equation 14 Bernoulli equation, Bernoulli equation with pump work 15 Bernoulli equation problems based on continuity equation and Bernoulli s equation Hydrostatic forces acting on a plane and curved surface T1, Ch 2, Pg:3144 R1, Ch. 3, Pg: T1, Ch. 2, Pg R1, Ch. 3, Pg T1, Ch 2, Pg: R1, Ch. 3, Pg T2, Ch 2, Pg: R1, Ch. 3, Pg & T2, Ch 2, Pg: R1, Ch.3, Pg T1, Ch 2, Pg: R1, Ch.3, Pg T1 Ch.3 Pg , T1, Ch 4, T1, Ch. 4, T2, Ch. 8, Pg R1, ch. 6, Pg T1, Ch. 4, T2, Ch. 8, Pg * duration: 50 mins
3 Unit : III FLOW THROUGH CONDUITS, FIXED & FLUIDIZED BEDS : Reynolds number, experiment and significance, Hagen Poiseuelle equation and DarcyWeisbach equation; internal flow  flow through conduit friction factor friction factor chart head loss due to friction, sudden expansion and contraction. External flows  Flow over a sphere friction and pressure drag  flow through fixed and fluidized beds  Kozeny Carman equation Blake Plummer equation and Ergun equation. Objective: To impart knowledge on flow through pipes, conduits fittings, fixed and fluidized beds. 16 Reynolds number, experiment and significance 17 Hagen Poiseuelle equation and DarcyWeisbach equation; 18 Internal flow; flow through conduit; friction factor 19 Friction factorcharthead loss due to friction, sudden expansion and contraction 20 External flowsflow over sphere 21 Problems based on friction factor; Reynolds number 22 Friction and Pressure drag T1, Ch.3, Pg T2, Ch. 6, Pg T1, Ch. 5, Pg T2, Ch. 4, Pg T2, Ch.6, Pg R1, Ch.2, Pg T1, Ch. 5, Pg R1, Ch. 8, Pg T1, Ch. 7, Pg R1,Ch.9, Pg T2, Ch. 6, Pg ; R1, Ch.9, Pg T1, Ch. 7, Pg R1, Ch. 9, Pg Pressure drop under laminar and turbulent flow conditions Packed bed and fluidized bed; Kozney Carman equation T1, Ch.7, Pg Blake Plummer equation and Ergun equation T1, Ch.7, Pg Problems based on flow measurements T2, Ch.6, Pg Problems based on pressure drop calculation T2, Ch.6, Pg Flow over non cylindrical surfaces. * duration: 50 mins
4 Unit : IV TRANSPORTATION OF FLUIDS: Flow measurement classification flow measuring devices Principle and working of Orifice meter, Venturi meter, Pitot tube and Rotameter. Valves, Types and characteristics of Valves; Pumps Classification and working of Centrifugal pumps and Reciprocating pumps, Centrifugal pump: Cavitation and priming performance characteristics Net positive suction head factors influencing selection of pump. Introduction to compressors, fans and blowers. Objective: To impart knowledge on transportation of fluids using centrifugal and positive displacement pumps and measurement of flow. 27 Measurement of fluid flowvarious devices and principles to measure fluid flow 28 Venturimeter and Orificemeter 29 Orificemeter and Pitot tube 30 Rotameter, Insertion meters, problems based on venturimeter, orificemeter 31 Characteristics of valves Pumpsclassification of pumps 32 Centrifugal pumpcavitaion and PrimingNPSH Reciprocating pump 33 Reciprocating pump T1, Ch. 8, Pg T1, Ch.6, Pg T1, Ch. 8, Pg R1, Ch. 8, Pg T1, Ch. 8, Pg R1, Ch.8, Pg T1, Ch. 8, Pg R1, Ch.8, Pg R2, Ch. 8, Pg. 412 T1, Ch. 8, Pg R1 Ch. 10, Pg T2, Ch.10, Pg T1, Ch. 8, Pg R1, Ch. 10, Pg T1, Ch. 8, Pg Factors influencing the efficiency of pumpcharacteristic curvesselection of pump T1, Ch. 8, Pg R1, Ch.10, Pg & Fans and Blowers T1, Ch. 8, Pg R1, Ch. 10, Pg Problems based on Pumpscalculation of efficiency of pump; T1, Ch. 8, Pg R1, Ch.10, Pg System curve verses pump operating curve * duration: 50 mins
5 Unit : V DIMENSIONAL ANALYSIS AND SIMILARITY:. Fundamental dimension of quantities, dimensional homogeneity dimensional analysis: Rayleigh method and the Buckingham π theorem  nondimensional action of the basic equations. Physical significance of dimensionless numbers, Geometric Kinematic and Dynamic Similarity. Objective:. To impart knowledge about the inter relation of fluid, heat and mass transport through analogies. 37 Significance of dimensions and unitdimensional homogeneity 38 Dimensional analysisapplicationrayleighs methodproblem using Rayleigh method 39 Buckingham πtheoremproblems using Bukingham π theorem 40 Nondimensionalization of basic equations 41 Dimensionless numbersreynolds, Froude, weber, Schmidt, Grasschoff numberphysical significance T1, Ch. 1, Pg R1, Ch. 1, Pg T1, Ch. 1, Pg R1, Ch. 7, Pg T1, Ch. 1, Pg R1, Ch. 7, Pg R1, Ch. 7, Pg R1, Ch. 7, Pg Geometric similarity and kinematic similarity R1, Ch. 7, Dynamic similarity; Problems based on similitude R1, Ch. 7, Dimensional analysis problems using Bukinghamπtheorem and Rayleigh s method R1, Ch. 7, Pg Classification of models Classification of models R1. Ch. 7, Pg * duration: 50 mins
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