Fluid Mechanics and Hydraulics: With Computer Applications

Part - 1: Fluid Static Fluids Definitions, Properties Fluid Pressure and its Measurement Fluid Static Force on Submerged Surface Buoyancy and Floatation Fluid Masses Subjected to Acceleration Part - 2: Fluid Kinematics Kinematics of Fluid Flow Part - 3: Dynamics of Fluid Flow Basic Equations of Fluid Flow Ideal Fluid Flow Dimensional and Model Analysis Viscous or Laminar Flow Turbulent Flow Boundary Layer Theory Forces on Impressed Bodies Flow of Compressible Fluid Part - 4: Applications of Dynamics of Fluid Flow Venturimeter, Office Meter, Nozzle and Pitot Tube Flow through Offices and Mouth pieces Flow over Weirs and Notches Flow through Pipes Flow in Open Channels Discharge Measurement Fluid Machines Part - 5: Experimental Work Hydraulics and Fluid Mechanics Laboratory Experiments Appendix - 1: Conversion Factors Appendix - 2: Equivalent for Hydraulic Calculations Appendix - 3: Mensurations of Surfaces and Solids Appendix - 4: Greek Alphabet Appendix - 5: SI Units Appendix - 6: Formulae Used in Foot Pound Second System Appendix - 7: Solution of Non Linear Equations Appendix - 8: Newton Raphson Method Bibliography Index