EFFECT OF SURFACE ENERGY ON THE LIQUID-VAPOR INTERFACE CONFIGURATION DURING WEIGHTLESSNESS
Surface energy effect on liquid-vapor interface configuration during weightlessness
LIQUID-VAPOR INTERFACE↗
Engineering topics
Petrash, D. A.
Publications and source records attributed to Petrash, D. A..
STUDIES OF THE LIQUID-VAPOR INTERFACE CONFIGURATION IN WEIGHTLESSNESS
Investigation of the behavior of rocket-engine propellants stored in space-vehicle tanks while exposed to weightlessness
WEIGHTLESSNESS↗
Experimental investigation of two-stage air-cooled turbine suitable for flight at Mach 2.5
Performance characteristics and efficiency determined for air cooled turbojet engine suitable for supersonic speed flight
AIR COOLING↗
Design and Experimental Investigation of Two Rotor Blade Modifications for a High Weight Flow, Low Pressure Ratio Turbine
Rotor blade modifications for high weight flow, low pressure ratio turbine
ENGINE DESIGN↗
Design and Experimental Investigation of a High-weight-flow Low-pressure-ratio Turbine
Performance characteristics of high-weight flow, low pressure ratio, single stage turbine rotor and stator blades
ROTOR BLADE↗