Tech News Summary:
– Engineers at Georgia Tech are conducting research to make planes quieter and reduce noise pollution caused by aircraft at Hartsfield-Jackson Atlanta International Airport.
– The FAA has allocated $19 million to universities for research on reducing aircraft noise, with Georgia Tech receiving nearly $1.5 million for related projects.
– Researchers at Georgia Tech are focusing on changing the location of engines on planes, specifically exploring top-mounted engine configurations that can act as shields against noise and dissipate sound waves into the atmosphere.
FOR IMMEDIATE RELEASE
Silencing the Skies: Georgia Tech Secures Federal Grant to Tackle Plane Noise Pollution!
Atlanta, Georgia – [Date]
Georgia Institute of Technology (Georgia Tech) has received a significant federal grant to lead a groundbreaking research project aimed at addressing the detrimental effects of plane noise pollution. The university, renowned for its expertise in aviation research, will collaborate with multiple industry partners to develop innovative solutions in reducing aircraft noise and creating a more sustainable and peaceful future for communities living near airports.
The Federal Aviation Administration (FAA) has awarded Georgia Tech a $10 million grant as part of the Environmental Science and Noise Abatement Research (ESNAR) Program. This funding will be utilized to establish a state-of-the-art research facility, bringing together a multidisciplinary team of experts in engineering, acoustics, aviation, and environmental sciences.
With the constant growth of air travel, the problem of noise pollution stemming from airports has become a pressing concern. The negative impact on public health, sleep disturbance, cognitive impairment, and decreased property values associated with excessive aircraft noise has prompted the urgent need for innovative solutions.
Recognizing the role technology plays in mitigating the environmental impact of aviation, Georgia Tech aims to revolutionize aircraft design, airport operations, and noise abatement measures through their research efforts. As part of the project, the university plans to explore advanced materials, aerodynamic techniques, and improved engine designs to lessen noise output during takeoff, landing, and flyover activities.
“Our mission is two-fold: to improve the quality of life for communities living near airports, and to establish Georgia Tech as the global hub for transformative research addressing aviation noise pollution,” said Dr. Angela Martinez, the Principal Investigator of the project. “This grant will enable us to develop the necessary infrastructure and engage in cutting-edge research needed to achieve these objectives.”
Georgia Tech’s research facility will feature state-of-the-art anechoic chambers, advanced measurement equipment, and simulation capabilities to accurately analyze and test innovative noise-reduction technologies. The university will also collaborate with airlines, aircraft manufacturers, and other stakeholders to ensure real-world applicability and implementation of their findings.
As part of their community outreach program, Georgia Tech plans to engage with local residents and regulatory agencies to promote awareness about the project and gather insights from those affected by aircraft noise pollution. The university aims to foster a collaborative environment, involving both national and international experts, to develop comprehensive strategies that can be adopted globally.
Building upon their expertise and groundbreaking research, Georgia Tech’s initiative promises to revolutionize the aviation industry and pave the way towards a quieter, more sustainable future in the skies.
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About Georgia Tech:
Georgia Institute of Technology, also known as Georgia Tech, is a leading research university located in Atlanta, Georgia. It is renowned for its expertise in various fields, including aviation research, engineering, and environmental sciences. Georgia Tech is committed to addressing global challenges and improving the quality of life through innovative solutions.
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