Fluid Mechanics

answers applied assumed axis body bottom boundary causes channel component compute constant continuity cross section curve cylinder depth Determine diameter difference direction discharge distance distribution drag efficiency element elevation energy equal equation Example exerted expression flow fluid force ft/sec function given grade line head hence horizontal hydraulic Illustrative increases integration laminar layer length liquid loss mass measured momentum motion moving neglected normal obtained occurs parallel pipe piston plane plate position pressure intensity pump reduced relative reservoir resultant Reynolds number rotation roughness shear stress shown shows side Solving specific speed steady stream streamline Substituting surface Taking torque tube turbulent unit V₁ valve vane varies velocity vertical viscosity volume weight zero