British Ljungstrom Marine Turbine Co: Difference between revisions
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British arm of the Swedish company | British arm of the Swedish company | ||
The company built [[Ljungstrom Turbine| Ljungström turbines]]. In this type of turbine, all the blading revolves (rather than only half the blades as in most turbines) - one half revolves in one direction and the other half in the other, so that the relative speeds of the two sets of blading is doubled and a closer approximation to the correct relation of the speed of steam and blading than is possible in the conventional type. A necessary result of this arrangement is a Ljungstrom turbo-alternator has two output shafts, one for each set of blades.<ref>The Engineer 1918/05/ | The company built [[Ljungstrom Turbine| Ljungström turbines]]. In this type of turbine, all the blading revolves (rather than only half the blades as in most turbines) - one half revolves in one direction and the other half in the other, so that the relative speeds of the two sets of blading is doubled and a closer approximation to the correct relation of the speed of steam and blading than is possible in the conventional type. A necessary result of this arrangement is a Ljungstrom turbo-alternator has two output shafts, one for each set of blades.<ref>[[The Engineer 1918/05/17]]</ref> | ||
Latest revision as of 22:23, 1 June 2024


of 22 Billiter Street, London, EC3
British arm of the Swedish company
The company built Ljungström turbines. In this type of turbine, all the blading revolves (rather than only half the blades as in most turbines) - one half revolves in one direction and the other half in the other, so that the relative speeds of the two sets of blading is doubled and a closer approximation to the correct relation of the speed of steam and blading than is possible in the conventional type. A necessary result of this arrangement is a Ljungstrom turbo-alternator has two output shafts, one for each set of blades.[1]