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• Introduction. Static pressure and head. Fluid pressure on surfaces. Buoyancy and stability of floating bodies. Liquids in relative equilibrium. Liquids in motion. Pitot tubes and constriction flow meters. Flow measurement at notches and weirs. Force exerted by a jet. Losses of energy in pipelines. Pipeline problems. Transmission of power by pipeline. Fluid friction, viscosity and oiled bearings. Flow past a solid boundary. Flow under varying head. Uniform flow in open channels.

Select Guide Rating

• Introduction. Static pressure and head. Fluid pressure on surfaces. Buoyancy and stability of floating bodies. Liquids in relative equilibrium. Liquids in motion. Pitot tubes and constriction flow meters. Flow measurement at notches and weirs. Force exerted by a jet. Losses of energy in pipelines. Pipeline problems. Transmission of power by pipeline. Fluid friction, viscosity and oiled bearings. Flow past a solid boundary. Flow under varying head. Uniform flow in open channels.

Select Guide Rating

• Introduction. Static pressure and head. Fluid pressure on surfaces. Buoyancy and stability of floating bodies. Liquids in relative equilibrium. Liquids in motion. Pitot tubes and constriction flow meters. Flow measurement at notches and weirs. Force exerted by a jet. Losses of energy in pipelines. Pipeline problems. Transmission of power by pipeline. Fluid friction, viscosity and oiled bearings. Flow past a solid boundary. Flow under varying head. Uniform flow in open channels.