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Flow Visualization Proposed for Vacuum Cleaner Nozzle Designs

In 1995, the NASA Lewis Research Center and the Kirby Company (a major vacuum cleaner company) began negotiations for a Space Act Agreement to conduct research, technology development, and testing involving the flow behavior of airborne particulate flow behavior. Through these research efforts, we hope to identify ways to improve suction, flow rate, and surface agitation characteristics of nozzles used in vacuum cleaner nozzles.

We plan to apply an advanced visualization technology, known as Stereoscopic Imaging Velocimetry (SIV) (ref. 1), to a Kirby G-4 vacuum cleaner. Resultant data will be analyzed with a high-speed digital motion analysis system. We also plan to evaluate alternative vacuum cleaner nozzle designs.

The overall goal of this project is to quantify both velocity fields and particle trajectories throughout the vacuum cleaner nozzle to optimize its "cleanability"--its ability to disturb and remove embedded dirt and other particulates from carpeting or hard surfaces.

Reference

Bethea, M.D.: Stereo Imaging Velocimetry. Research & Technology 1995. NASA TM-107111, 1996, pp. 44-45. Find out more about our technology transfer programs
Lewis contacts: James E. Martz, (216) 433-5563 (E-Mail: james.e.martz@grc.nasa.gov), and Mark D. Bethea, (216) 433-8161 (E-Mail: msbeth@bomani.grc.nasa.gov)
Headquarters program office: OSAT

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Last updated April 26, 1996

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