Thermodynamics of the Steam Turbine

allowance Blade angles blade lengths blades and guides cavitation cent clearance column compound turbine computed consequently construction cos² cylinder Descriptive Geometry determined diagram diameter efficiency Engineering entropy table equal equation exit angle exit velocity expanding nozzles feet per second friction factor gauge given gives heat assignment heat contents horse-power per hour impulse turbine inches of mercury increase initial kinetic energy Large 12mo low-pressure marine propulsion mechanical efficiency Mechanics method nozzle angle overall heat factor peripheral speed peripheral velocity pound of steam pressure stages propeller radial Rankine's cycle ratio reciprocating engines reduced revolutions per minute rotor rows of blades set of blades set of nozzles shaft horse-power shown by Fig specific volume square inches steam consumption Steam-engine steam-turbines Strength of Materials superheat superheated steam temperature thermal units Thermodynamics thickness throat V₂ vacuum valve vane vapor velocity of whirl velocity V₁ wheel