Superconductive ship propulsion systems
Gordon Fox, B.D. Hatch
Abstract
Gordon Fox, B.D. Hatch
Abstract
While conventional electric ship propulsion systems are considered to have a number of advantages, the weight and size of high-powered electric motors, together with cost considerations, have generally precluded them from marine propulsion systems except in the case of some special-purpose vessels. The advent of the high power-density superconductive motor, however, promises to bring to the marine engineer the many advantages of electric propulsion without the earlier disadvantages. A few advantages of superconductive electric propulsion systems are given, and an experimental machine, with its cooling system and compressor design, is also described.
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While conventional electric ship propulsion systems are considered to have a number of advantages, the weight and size of high-powered electric motors, together with cost considerations, have generally precluded them from marine propulsion systems except in the case of some special-purpose vessels. The advent of the high power-density superconductive motor, however, promises to bring to the marine engineer the many advantages of electric propulsion without the earlier disadvantages. A few advantages of superconductive electric propulsion systems are given, and an experimental machine, with its cooling system and compressor design, is also described.
Key concepts: Propulsion, Electrically powered spacecraft propulsion, Gas compressor, Engineering, Electric motor, Marine propulsion, Automotive engineering, Marine engineering