ASDL Team Presents Work on OASyS to International Audience

ASDL Team Presents Work on OASyS to International Audience

This project has received funding from the Clean Sky 2 (CS2) Joint Undertaking (JU) under grant agreement No. 864521. The JU receives support from the European Union’s Horizon 2020 research and innovation programme and the Clean Sky 2 JU members other than the Union. This funding is supporting the “OASyS” project in the CS2 JU OASyS: Overall Air Transport System Vehicle Scenarios

Dimitri Mavris and Lecturer Turab Zaidi as well as ASDL graduate students Colby Weit, Jiajie (Terry) Wen, Akshay Anand, and Madhukar Mayakonda.
Representing the AE School in France. Members of the OASys Team stranding with Regents Professor Dimitri Mavris and GT Lorraine lecturer Turab Zaidi

A contingent of  Aerospace Systems Design Lab faculty from Georgia Tech-Lorraine (ASDL@GTL) traveled to Bordeaux, France late last month to attend the 2020 Aerospace Europe Conference and  present their work on OASyS, an EU-funded project that supports the Clean Sky 2 program. Their presentation was part of an initiative of the Aircraft Noise and Emissions Reduction Symposium, which was held in conjunction with the AEC.

The Overall Air Transport System Vehicle Scenarios (OASyS) project focuses on forecasting future scenarios to inform Clean Sky’s Technology Evaluator -- thus enhancing its modeling capability to estimate the impacts of potential scenarios that include advanced configurations like urban air mobility vehicles and supersonic transport aircraft within the global fleet. ASDL@GTL was awarded the project through its involvement in the Unité Mixte Internationale, a research partnership created in 2006 by Georgia Tech and France’s Centre National de la Recherche Scientifique  and currently housed at the Lorraine campus. .

Heading up the team was Prof. Dimitri Mavris, AE lecturer Turab Zaidi, and ASDL graduate students Colby Weit, Jiajie (Terry) Wen, Akshay Anand, and Madhukar Mayakonda. The team also presented its first paper in support of the OASyS, A Methodology for Supersonic Commercial Market Estimation and Environmental Impact Evaluation (Part I).”

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