Titlebook: Weightlessness—Physical Phenomena and Biological Effects; Proceedings of the S Elliot T. Benedikt Conference proceedings 1961 Springer Scie

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SHRIK

On the Mathematical Aspects of Benedikt’s Representation of the Equations of Epihydrodynamics question can be identified by some number of parameters, which can be used as generalized coordinates. The dynamics of the liquid system is treated by the Lagrangian method. Application of this method requires the knowledge of the potential energy in the case under consideration, of the surface (fr

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Granular

Experimental Production of a Zero or Near-Zero Gravity Environmentwithin falling systems. As a consequence of theoretical results established in Refs. 1, 2, it follows that in order to produce observable hydrodynamic phenomena typical of low or zero gravity conditions within an enclosure falling in the atmosphere, the load factor (that is, the aerodynamic decelera

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An Experimental Study of Boiling in Reduced and Zero Gravity Fields orbiting satellite, the gravitational field may closely approach zero. On the surface of the moon or the inner planets of our solar system, the gravitational field is less than that on earth. Heat-transfer processes such as free convection, condensation and boiling depend on the gravitational body

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Behavior of Liquids in Free Falltions. Study of the behavior of liquids in free fall can give considerable insight into the behavior of liquids in space. A photographic study of boiling during 8 ft. of free fall. clearly demonstrated the existence of differences between earth bound and and weightless fluid behavior. An analysis of

殺死

The Effect of Gravity upon Nucleate Boiling Heat Transferions less than one g. (Usiskin and Siegel. explored the range from 0 to 1 g while Steinle. reported results for zero g.) Both experiments used drop towers having a free fall of approximately 10 ft corresponding to a time lapse of less than one sec. Thus the results probably suffered from transient e

Genome

Experimental Production of a Zero or Near-Zero Gravity Environmentwithin falling systems. As a consequence of theoretical results established in Refs. 1, 2, it follows that in order to produce observable hydrodynamic phenomena typical of low or zero gravity conditions within an enclosure falling in the atmosphere, the load factor (that is, the aerodynamic decelera