1989•Infoscience (Ecole Polytechnique Fédérale de Lausanne)Open access

2500 Solved Problems in Fluid Mechanics and Hydraulics

Jack B. Evett, Cheng Liu

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Abstract

Properties of fluids fluid statics forces on submerged plane areas dams forces on submerged curved areas buoyancy and flotation kinematics of fluid motion fundamentals of fluid flow flow in closed conduits series pipeline systems parallel pipeline systems branching pipeline systems pipe networks flow in open channels flood routing flow of compressible fluids flow measurement dimensional analysis and similitude unsteady flow pumps and fans turbines hydraulic and energy grade lines forces developed by fluids in motion dynamic drag and lift basic hydrodynamics.

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Properties of fluids fluid statics forces on submerged plane areas dams forces on submerged curved areas buoyancy and flotation kinematics of fluid motion fundamentals of fluid flow flow in closed conduits series pipeline systems parallel pipeline systems branching pipeline systems pipe networks flow in open channels flood routing flow of compressible fluids flow measurement dimensional analysis and similitude unsteady flow pumps and fans turbines hydraulic and energy grade lines forces developed by fluids in motion dynamic drag and lift basic hydrodynamics.

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Available abstract

Properties of fluids fluid statics forces on submerged plane areas dams forces on submerged curved areas buoyancy and flotation kinematics of fluid motion fundamentals of fluid flow flow in closed conduits series pipeline systems parallel pipeline systems branching pipeline systems pipe networks flow in open channels flood routing flow of compressible fluids flow measurement dimensional analysis and similitude unsteady flow pumps and fans turbines hydraulic and energy grade lines forces developed by fluids in motion dynamic drag and lift basic hydrodynamics.

Key concepts: Drag, Mechanics, Hydraulics, Fluid dynamics, Fluid mechanics, Buoyancy, Flow (mathematics), Geology

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