A GENERALIZED HYDRODYNAMIC EQUATION TO DETERMINE THE TRACTIVE FORCE OF AN ISOLATED DIRECT REACTION ENGINE (OBOBSHCHENNOE GIDRODINAMICHESKOE URAVNENIE DLYA OPREDELENIYA SILY TYAGI IZOLIROVANNOGO DVIGATELYA PRYAMOI REAKTSII)

A GENERALIZED HYDRODYNAMIC EQUATION TO DETERMINE THE TRACTIVE FORCE OF AN ISOLATED DIRECT REACTION ENGINE (OBOBSHCHENNOE GIDRODINAMICHESKOE URAVNENIE DLYA OPREDELENIYA SILY TYAGI IZOLIROVANNOGO DVIGATELYA PRYAMOI REAKTSII)

In the present study a generalized equation is presented which permits evaluation of axial thrust components in new types of reaction motors. Also given is an equation for the mean thrust for a pulsating engine using both the internal and external fluids. For a magnetohydrodynamic rocket engine with...

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Bibliographische Detailangaben
1. Verfasser: Bashkatov,V A
Format: Report
Sprache:eng
Schlagworte:
AIR BREATHING ENGINES(UNCONVENTIONAL)
EXHAUST NOZZLES
JET ENGINES
MAGNETIC FIELDS
MAGNETOHYDRODYNAMICS
MATHEMATICAL ANALYSIS
PULSEJET ENGINES
Rocket Engines
THRUST
TRANSLATIONS
USSR
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Beschreibung
Zusammenfassung:In the present study a generalized equation is presented which permits evaluation of axial thrust components in new types of reaction motors. Also given is an equation for the mean thrust for a pulsating engine using both the internal and external fluids. For a magnetohydrodynamic rocket engine with plasma acceleration in an electric or natural magnetic field, an equation is given for the axial thrust component. (Author) Unedited rough draft trans. of Akademiya Nauk SSSR. Sibirskoe Otedelenie. Izvestiya, n6 Seriya Tekhnicheskikh Nauk, n2 p3-11 1966, by L. Marokus.