|
|
| All the Exercises
|
|
|
| Introduction to Fluid Machinery | (Ma)
|
| Introduction | (Maa)
|
| Turbomachines | (Mac)
|
Exercises
|
Exercises
|
| Cavitation | (Mad)
|
| Unsteady Flows | (Mae)
|
Exercises
|
| Pumps | (Mb)
|
| Introduction to Pumps | (Mba)
|
Exercises
|
Exercises
|
| Types of Pumps | (Mbg)
|
| Fluid Mechanics of Centrifugal and Axial Flow Pumps | (Mbb)
|
| Two-dimensional Performance Analysis | (Mbc)
|
| Other Flow Features | (Mbd)
|
| Jet Pumps |
(Mbh)
|
| Compressors |
(Mbi)
|
Exercises
|
| Positive Displacement Pumps |
(Mbj)
|
| Cavitation |
(Mbe)
|
| Pump Vibration | (Mbf)
|
| Turbines | (Md)
|
| Introduction | (Mda)
|
Exercises
|
| Types of Turbines | (Mdb)
|
| Pelton Wheel | (Mdc)
|
Exercises
|
| Impulse and Reaction Turbines | (Mdd)
|
| Basic Fluid Mechanics of Turbines | (Mde)
|
| Two-dimensional Analyses | (Mdi)
|
| Reaction Turbines | (Mdj)
|
| Propeller and Kaplan Turbines | (Mdf)
|
| Francis Turbine | (Mdg)
|
| Cavitation in Turbines | (Mdh)
|
| Fluid Couplings | (Me)
|
| Introduction
| (Mea)
|
| Performance Analysis
| (Meb)
|
| Reversible Fluid Coupling
| (Mec)
|
| Rotordynamics of Fluid Machinery | (Mc)
|
| Introduction | (Mca)
|
| Notation | (Mcb)
|
| Hydrodynamic Bearings and Seals | (Mcc)
|
| Bearings at Low Reynolds Numbers | (Mcd)
|
| Annulus at High Reynolds Numbers | (Mce)
|
| Squeeze Film Dampers | (Mcf)
|
| Turbulent Annular Seals | (Mcg)
|
| Labyrinth Seals | (Mch)
|
| Blade Tip Rotordynamic Effects | (Mci)
|
| Steady Radial Forces | (Mcj)
|
| Effect of Cavitation | (Mck)
|
| Centrifugal Pumps | (Mcm)
|
| Moments and Lines of Action | (Mcn)
|
| Axial Flow Inducers | (Mcp)
|
| Propellers
| (Mf)
|
| Introduction
| (Mfa)
|
Exercises
|
| Propellers
| (Mfb)
|
Exercises
|
| Performance
| (Mfc)
|
| Efficiency
| (Mfd)
|
| Propeller Cavitation
| (Mfe)
|
| Propeller Cavitation Damage
| (Mff)
|
| Cavitation Performance
| (Mfg)
|
| Dynamic Characteristics
| (Mfh)
|
| Flow Valves
| (Mg)
|
| Hydraulic Valves | (Mga)
|
| Hydraulic Control | (Mgb)
|