Fundamental Mechanics of Fluids, Fourth Edition

Part I: Governing EquationsBasic Conservation LawsStatistical and Continuum MethodsEulerian and Lagrangian CoordinatesMaterial DerivativeControl VolumesReynolds' Transport TheoremConservation of MassConservation of MomentumConservation of EnergyDiscussion of Conservation EquationsRotation and Rate of ShearConstitutive EquationsViscosity CoefficientsNavier-Stokes EquationsEnergy EquationGoverning Equations for Newtonian FluidsBoundary ConditionsFlow KinematicsFlow LinesCirculation and VorticityStream Tubes and Vortex TubesKinematics of Vortex LinesSpecial Forms of the Governing EquationsKelvin'
Abstract: Part I: Governing EquationsBasic Conservation LawsStatistical and Continuum MethodsEulerian and Lagrangian CoordinatesMaterial DerivativeControl VolumesReynolds' Transport TheoremConservation of MassConservation of MomentumConservation of EnergyDiscussion of Conservation EquationsRotation and Rate of ShearConstitutive EquationsViscosity CoefficientsNavier-Stokes EquationsEnergy EquationGoverning Equations for Newtonian FluidsBoundary ConditionsFlow KinematicsFlow LinesCirculation and VorticityStream Tubes and Vortex TubesKinematics of Vortex LinesSpecial Forms of the Governing EquationsKelvin'