Fluid Mechanics and Machinery

Fluid Mechanics and Machinery - Engineering Subject

Fluid Mechanics and Machinery - CE3391 3rd semester Mechanical Dept | 2021 Regulation | Anna University Engineering Subject Paper

Unit 1: Fluid Properties and Flow Characteristics

1. Fluid Mechanics - Introduction

2. Solids, Liquids and Gases - Fluid Mechanics

3. Units and Dimensions - Fluid Mechanics

4. System of Units

5. Definition, Characteristics, Types of Fluids

6. Classification of Fluids

7. Properties of Fluids - with Solved Example Problems

8. Flow Characteristics - Fluid Mechanics

9. Concept of Fluid System

10. Principle of conservation of mass [Fluid Flow]

11. Continuity Equation in One Dimensional - Principle of Conservation of Energy [Fluid Flow]

12. Eulers equation of motion - Principle of Conservation of Energy [Fluid Flow]

13. Principle of Conservation of Energy [Fluid Flow]

14. Bernoulli's Equation for Ideal Fluid - Statement, Proof, Formula, Advantages, Disadvantages, Limitations

15. Solved Examples Based on Continuity Equation - Fluid Mechanics

16. Solved Examples Based on Bernoullis Equation for Ideal Fluid - Fluid Mechanics

17. Solved Examples Based on Bernoullis Equation for Real Fluid - Fluid Mechanics

18. Solved Examples Based on Venturimeter - Fluid Mechanics

19. Solved Examples Based on Inclined Venturimeter - Fluid Mechanics

20. Solved Examples Based on Orifice Meter - Fluid Mechanics

21. Solved Examples Based on Pitot Tube - Fluid Mechanics

22. Momentum Equation - Fluid Mechanics

23. Solved Examples Based on Momentum Equation - Fluid Mechanics

24. Previous Year Anna University Solved Problems - Fluid Properties and Flow Characteristics | Fluid Mechanics and Machinery

25. Important Questions - Fluid Properties and Flow Characteristics | Fluid Mechanics and Machinery

26. Problems for Practice - Fluid Properties and Flow Characteristics | Fluid Mechanics and Machinery

27. Fluid Statics - Introduction

28. Pascal's Law - Definition, Statement, Formula, Derivation

29. Hydrostatic law - Definition, Statement, Formula, Derivation

30. Mechanical Gauges - Types, Construction Diagram, Working Principle

31. Measurement of Pressure - Types, Working Principle

32. Simple manometer - Types, Construction Diagram, Working Principle

33. Differential Manometer - Types, Construction Diagram, Working Principle

34. Types of Manometers & its used

35. Difference between vertical and inclained manometers

36. Difference between simple and differensial manometer

37. Why mercury is used as a manometer liquid?

38. Solved problem on pressure measurement - Fluid Mechanics

39. Solved Problems on Pascals law

40. Solved problem on manometers - Fluid Mechanics

41. Buoyancy - Archimedes Principle, Applications

42. Flotation - Fluid Mechanics

43. Meta centre and Meta centre Height - Fluid Flow Characteristics

44. Stability of the floating body

45. Stability of a submerged body

46. Stability of a floating body

47. Determination of meta-centre height - Fluid Flow Characteristics

48. Solved Problems on Buoyancy and Floatation - Fluid Mechanics

Unit 2: Flow through Pipes and Boundary Layer

1. Flow through Circular Conduits - with Solved Example Problems | Fluid Mechanics

2. Boundary Layer Concepts - Theory, Applications, Effect, Factors affecting, Layer Development, Characteristics, Solved Example Problems

3. Turbulent Flow - Flow Through Pipes, Darcys Weisbatch Equation, Friction Factor, Moody Diagram, Solved Example Problems

4. Losses in Fluid Flowing Pipes - with Solved Example Problems

5. Hydraulic Gradient line and Energy Gradient line - with Solved Example Problems | Fluid Flow through Pipes

6. Fluid Flow through Pipes in series and parallel - with Solved Example Problems

7. Previous Year Anna University Solved Problems - Flow through Pipes and Boundary Layer | Fluid Mechanics and Machinery

8. Important Questions - Flow through Pipes and Boundary Layer | Fluid Mechanics and Machinery

9. Problems for Practice - Flow through Pipes and Boundary Layer | Fluid Mechanics and Machinery

Unit 3: Dimensional Analysis and Model Studies

1. Dimensional Analysis - Fluid Mechanics

2. Need of Dimensional Analysis - Fluid Mechanics

3. Uses of Dimensional Analysis - Fluid Mechanics

4. Advantages of Dimensional Analysis - Fluid Mechanics

5. Limitations of Dimensional Analysis - Fluid Mechanics

6. Dimensions - Definition

7. Fundamental Quantities

8. Derived (or) Secondary Quantities - Definition, Examples

9. Dimensions and its units - Table with Physical Quantity, Symbol, Unit, Dimensions

10. Dimensional Homogeneity - Statement with Examples

11. Uses of Dimensional Homogeneity - Fluid Mechanics

12. Methods of Dimensional Analysis

13. Rayleigh's Ritz Method - Dimensional Analysis

14. Buckingham's π- Theorem - Dimensional Analysis

15. Solved Examples Based on Dimensional Analysis - Fluid Mechanics

16. Similitude - Definition, Types

17. Dimensionless Parameters in Fluid Mechanics

18. Model Analysis - Objectives, Advantages, Applications, Examples | Fluid Mechanics

19. Undistorted Models - Model Analysis | Fluid Mechanics

20. Distorted Models - List, Merits, Demerits | Fluid Mechanics

21. Model Laws (or) Similarity Laws - Fluid Mechanics

22. Solved Examples Based on Model Analysis - Fluid Mechanics

23. Previous Year Anna University Solved Problems - Dimensional Analysis and Model Studies | Fluid Mechanics and Machinery

24. Important Questions - Dimensional Analysis and Model Studies | Fluid Mechanics and Machinery

25. Problems for Practice - Dimensional Analysis and Model Studies | Fluid Mechanics and Machinery

Unit 4: Turbines

1. Turbines - Introduction

2. Hydraulic Turbines - Fluid Mechanics

3. Hydro-Electric Power Plant - General Layout Diagram, Head and Efficiency Calculation | Fluid Mechanics

4. Classification of Hydraulic Turbines

5. Impulse Turbine: Pelton Wheel (or) Pelton Turbine - Characteristic, Layout Diagram, Components, Working Principle, Losses, Velocity triangle, workdone, Efficiencies, Design Calculation

6. Reaction Turbine - Layout Diagram, Main parts, Components, Working Principle, Design Calculation

7. Difference between impulse & reaction turbine

8. Classification of Reaction Turbine

9. Outward Flow Reaction Turbine

10. Francis Turbine - Characteristic, Layout Diagram, Working Principle, Efficiency, Design Calculation, Velocity triangles, Advantages, Disadvantages

11. Axial flow reaction turbines: Propeller and Kaplan turbines - Characteristic, Components, Layout Diagram, Working Principle, Efficiency, Design Calculation, Advantages

12. Propeller Turbine - Characteristic, Layout Diagram, Working Principle

13. Types of Draft tubes

14. Difference between inward flow and outward flow reaction turbines

15. Comparison of francis and pelton turbines

16. Comparison of francis and kaplan turbine

17. Solved Examples based on pelton wheel (Turbine)

18. Solved Examples based on inward flow reaction turbine

19. Solved Examples based on outward flow reaction turbine

20. Solved Examples based on francis turbine

21. Solved Examples based on kaplan turbine

22. Specific Speed of Turbine - Definition, Derivation, Formula, Calculation, Significance, Solved Example Problems

23. Unit Quantities - Formula, Calculation, Solved Example Problems | Turbines

24. Characteristic curves of hydraulic turbines

25. Governing of Turbines

26. Previous Year Anna University Solved Problems - Turbines | Fluid Mechanics and Machinery

27. Important Questions - Turbines | Fluid Mechanics and Machinery

28. Problems for Practice - Turbines | Fluid Mechanics and Machinery

Unit 5: Pumps

1. Impact of Jet - Pumps | Fluid Mechanics

2. Euler's Equation - Fluid Mechanics

3. Theory of Turbo Machines

4. Pumps - Classification, Definition, Types with Examples

5. Centrifugal Pump - Characteristic, Classifications, Main components, Layout Diagram, Working Principle, Types, Efficiency, Design Calculation, Advantages, Solved Example Problems

6. Reciprocating Pumps - Characteristic, Classifications, Main components, Layout Diagram, Working Principle, Efficiency, Design Calculation, Advantages, Disadvantages, Solved Example Problems

7. Rotary Pump - Classifications, Main components, Layout Diagram, Working Principle, Characteristic, Design Calculation, Solved Example Problems

8. Previous Year Anna University Solved Problems - Pumps | Fluid Mechanics and Machinery

9. Important Questions - Pumps | Fluid Mechanics and Machinery

10. Problems for Practice - Pumps | Fluid Mechanics and Machinery