982 resultados para Somerset, Robert Carr, Earl of, d. 1645


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Mode of access: Internet.

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Reproduction of original in Victoria & Albert Museum, London.

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One of the few works published under the name of the Reverend Mr. Cooper not definitively attributed to Richard Johnson. See Roscoe's discussion under entries J82 and J191.

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Generally attributed to Robert Dodsley. The Dictionary of national biography attributes Part I to Philip Dormer Stanhope, Earl of Chesterfield, and Part II to John Hill.

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"Introduction" signed: David Jardine.

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Also issued in an Empire ed. of 1244 sets, and an Earls ed.

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The original was first published 1863 under title: James Hepburn, jarl of Bothwell, hans anholdelse i Norge og faengselsliv i Danmark.

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Vols. 1 and 3 edited by J. J. Cartwright and J. M. Rigg; v. 2, by Mrs. S. C. Lomas; v. 4, by Marjorie Blatcher; v. 5, by G. Dyfnallt Owen.

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This paper describes a thorough thermal study on a fleet of DC traction motors which were found to suffer from overheating after 3 years of full operation. Overheating of these traction motors is attributed partly because of the higher than expected number of starts and stops between train terminals. Another probable cause of overheating is the design of the traction motor and/or its control strategy. According to the motor manufacturer, a current shunt is permanently connected across the motor field winding. Hence, some of the armature current is bypassed into the current shunt. The motor then runs above its rated speed in the field weakening mode. In this study, a finite difference model has been developed to simulate the temperature profile at different parts inside the traction motor. In order to validate the simulation result, an empty vehicle loaded with drums of water was also used to simulate the full pay-load of a light rail vehicle experimentally. The authors report that the simulation results agree reasonably well with experimental data, and it is likely that the armature of the traction motor will run cooler if its field shunt is disconnected at low speeds