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Frank Healy on Muck Rack

Frank Healy

Milwaukee
As seen in: Physical Review B, NewsBreak, Auburn Citizen, KTVZ-TV (Bend, OR), KDRV-TV (Medford, OR), KESQ-TV (Thousand Palms, CA), KRDO-TV (Colorado Springs, CO), Fox9 Kecy-TV, KEYT-TV (Santa Barbara, CA), KWWL-TV (Waterloo, IA) and

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Articles

Ground Power Testing at 400 Hertz: Powering Modern Aircraft Safely and Reliably

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By Frank Healy
| EC&M Magazine Verified
Maintenance and quality assurance are more important than ever in the aerospace industry. Keeping passengers and crews safe requires regular, meticulous ground testing – especially power quality testing. This article will explain why 400 Hz testing is so critical during ground maintenance. We’ll discuss some of the challenges involved, and the best practices to obtain precise, reliable results. Why 400?
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How to Perform an Energy Audit with Power Loggers

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By Frank Healy
| EC&M Magazine Verified
Most organizations today are under intense pressure. They face demanding customers, tight schedules, and limited resources. Energy efficiency is more important than ever. There’s no room for wasted energy, power quality issues, or costly downtime. That’s where energy audits come in. Energy audits reduce costs, help prevent downtime, and boost sustainability. State-of-the-art smart tools take the process even further, delivering targeted insights to increased energy efficiency throughout the operation.
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Using theory and experiments of spheres moving near boundaries to optimize the method of images for regularized Stokeslets

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By Hoa Nguyen Verified, Hoa Nguyễn, Amelia Gibbs, Frank Healy
| Physical Review B
The general system of images for regularized Stokeslets (GSIRS) developed by Cortez and Varela [J. Comput. Phys. 285, 41 (2015)] is used extensively to model Stokes flow phenomena such as microorganisms swimming near a boundary. Our collaborative team uses dynamically similar scaled macroscopic experiments to test theories for forces and torques on spheres moving near a boundary and uses these data and the method of regularized Stokeslets (MRS) created by Cortez et al. [Phys.
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