During the five years of this project, the AMTOC team developed an adjoint-based methodology for design and optimization of complex time-dependent flows, implemented AMTOC in a testbed environment, directly assisted in implementation of this methodology in the state-of-the-art NASA's unstructured CFD code FUN3D, and successfully demonstrated applications of this methodology to large-scale optimization of several supersonic and other aerodynamic systems, such as fighter jet, subsonic aircraft, rotorcraft, high-lift, wind-turbine, and flapping-wing configurations. In the course of this project, the AMTOC team has published 13 refereed journal articles, 21 refereed conference papers, and 2 NIA reports. The AMTOC team presented the results of this research at 36 international and national conferences, meeting and seminars, including International Conference on CFD, and numerous AIAA conferences and meetings. Selected publications that include the major results of the AMTOC project are enclosed in this report.
Adjoint-Based Methodology for Time-Dependent Optimal Control (AMTOC)
2012-02-01
Report
No indication
English
ADjoint-Based Methodology for Time-Dependent Optimization
British Library Conference Proceedings | 2008
|Adjoint Approaches For Optimal Flow Control
AIAA | 2010
|Time Dependent Adjoint-based Optimization for Coupled Aeroelastic Problems
British Library Conference Proceedings | 2013
|2010-5088 Adjoint Approaches For Optimal Flow Control
British Library Conference Proceedings | 2010
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