## Mechanics of Fluids |

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### Contents

FUNDAMENTAL CONCEPTS RELATING TO FLUIDS | 1 |

FLUIDS IN EQUILIBRIUM FLUID Statics | 27 |

Hydrostatic Thrusts on Submerged Surfaces | 40 |

Copyright | |

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acceleration angle applied assumed assumption atmospheric axis bearing becomes body boundary boundary layer calculated causes centre channel close Consequently considered constant corresponding critical cross-section curve cylinder density depth determined diameter difference direction discharge distance drag effects element energy equal equation example expression flow fluid force friction given gives greater head height horizontal increase inlet integration known laminar length less liquid loss machine magnitude mass maximum mean measured motion moving negligible obtained occurs parallel particles particular pattern perpendicular pipe plane plate position practice pressure pump quantities radius ratio reduced relation relative represents result Reynolds number separation shock shown shows side similar solid steady stream streamlines stress surface surface tension takes temperature term tube turbine turbulent uniform unit usually varies velocity vertical viscosity volume wave zero