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Experimental model of a supersonic guided missile
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Experimental model of a supersonic guided missile
Experimental model of a supersonic guided missile which is being tested in the 8 by 6 foot supersonic wind tunnel of NACAs Lewis Flight Propulsion Laboratory. Twin ramjet power plants are mounted in nacelles in the wing. The most efficient location of nacelles on missiles of this type is the subject of intensive NACA research
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Experimental Foot Guided Laboratory Lewis Missile Mounted Power Propulsion Ramjet Supersonic Tested Tunnel Twin Wind
EDITORS COMMENTS
In this image, an experimental model of a supersonic guided missile undergoes rigorous testing in the expansive 8 by 6 foot supersonic wind tunnel at NASA's Lewis Flight Propulsion Laboratory. The sleek missile design, with its distinctive wings and pointed nose, showcases the cutting-edge technology of the time. Twin ramjet power plants are prominently mounted in the winged nacelles, a subject of intensive research by NACA (National Advisory Committee for Aeronautics) scientists and engineers. The supersonic wind tunnel, a critical component of the laboratory's research facilities, allows researchers to simulate the high-speed airflow conditions experienced by aircraft and missiles traveling faster than the speed of sound. The intricately engineered model, suspended in mid-air, is subjected to the powerful, supersonic winds generated by the tunnel to evaluate its aerodynamic performance and the efficiency of the twin ramjet engines. Ramjet engines, a type of air-breathing jet engine, are particularly suitable for supersonic and hypersonic flight because they do not require compressors or turbines, which can add weight and complexity. Instead, they rely on the compression of air caused by the forward motion of the aircraft to ignite fuel and generate thrust. The placement of the nacelles on the missile is a crucial design consideration, as it can significantly impact the overall aerodynamic performance and stability of the missile. This photograph offers a fascinating glimpse into the world of aerospace research and development during the mid-20th century, a time when the boundaries of human flight were being continually pushed. The meticulous testing of experimental models like this one played a vital role in advancing our understanding of supersonic aerodynamics and propulsion, paving the way for the development of advanced military and civilian aircraft.
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