Accession Number : AD0431605
Title : THEORETICAL INVESTIGATION OF AN INDUCTION COMPRESSOR.
Descriptive Note : Final rept.,
Corporate Author : AVCO CORP WILMINGTON MASS RESEARCH AND ADVANCED DEVELOPMENT DIV
Personal Author(s) : Neuringer,Joseph L. ; Migotsky,Eugene ; Haag,Robert M. ; Turner,James H.
Report Date : 01 MAR 1964
Pagination or Media Count : 179
Abstract : The operation of a peristaltic magneto-fluid dynamic induction compressor has been studied theoretically and the specialization of such a compressor to underwater propulsion has been suggested. The principles of operation involves using a sinusoidal current sheet traveling on a coil to drive a highly conductive fluid in an annulus within the coil, mechanically coupling the resultant forces to a less conductive fluid in another annulus within the first, and deriving thrust from the pressure rise thus generated in the less conductive fluid. The study assumes efficient mechanical coupling between the fluids by a flexible diaphragm, low joulean losses in the conducting fluid, and negligible flow separation losses between the accelerated fluid and medium. The study concludes that induction compressors could propel submarines and torpedoes with very high efficiency and could be developed for a variety of other applications. (Author)
Descriptors : (*JET PROPULSION, UNDERWATER PROPULSION), (*UNDERWATER PROPULSION, JET PROPULSION), (*ELECTROMECHANICAL CONVERTERS, JET PROPULSION), MAGNETIC FIELDS, COILS, PIPES, MATHEMATICAL ANALYSIS, FLUID FLOW, PUMPS, ELECTRIC CURRENT, HYDRODYNAMICS, SUBMARINES, TORPEDOES, LIQUID METALS, THEORY
Distribution Statement : APPROVED FOR PUBLIC RELEASE