João Luiz Filgueiras de Azevedo (Chair) CTA/IAE
Olympio Achilles de Faria Mello (Co-Chair) CTA/IAE
Committee Institution
Julio Romano Meneghini EPUSP
Ernani Vitillo Volpi EPUSP
Álvaro Luiz Gayoso de Azeredo Coutinho UFRJ-COPPE
Armando Miguel Awruch UFRGS
Márcia Barbosa Henriques Mantelli UFSC
Luiz Carlos Sandoval Góes ITA
Sérgio Frascino Muller de Almeida ITA
Luís Fernando Figueira da Silva PUC-RJ and CNRS
José Guido Damilano CTA-IAE
Augusto Cesar Noronha Rodrigues Galeão LNCC
Paulo Tadeu Mello Lourenção EMBRAER
Bento Silva de Mattos EMBRAER
Eduardo Morgado Belo EESC-USP

The Aerospace Engineering Symposium has the objective of gathering the aerospace community for dissemination and discussion of the research and development activities, as well as technological applications, in the area. The symposium encompass a broad range of topics, including aerodynamics, aerospace structures, aeroelasticity, propulsion, atmospheric flight dynamics and orbital dynamics, guidance and control, materials and thermal and acoustic interfaces as they pertain to aerospace applications. The papers presented at the symposium include computational, experimental and applied work, so that a comprehensive framework of the aerospace research in Brazil is presented. Symposium topics are grouped as follows: Experimental aerodynamics and wind tunnels, Computational aerodynamics, Aeroelasticity and fluid-structure interaction, Combustion and propulsion, Guidance, navigation, and control, Flight and orbital dynamics, Hypersonic applications and reentry, Acoustic coupling, Thermal control of spacecraft, Structural optimization, Structural dynamics simulation and control, New aerospace materials and Brazilian space projects

• [AE 01] Computational Aerodynamics I
• [AE 02] Computational Aerodynamics II
• [AE 03] Guidance, Navigation and Control I
• [AE 04] Guidance, Navigation and Control II
• [AE 05] Dynamics and Vibration I
• [AE 06 / AE 10] Brazilian Space Program
• [AE 07] Hypersonic Aerodynamics
• [AE 08] Thermal Control of Spacecraft
• [AE 09] Short Course: Turbulent Combustion
• [AE 11] Fatigue and Fracture Mechanics
• [AE 12] Bonded and Fastened Joints
• [AE 13] Structural Analysis and Optimization
• [AE 14] Aeroelasticity
• [AE 15] Aerodynamic Design Methods
• [AE 16] Turbulent Flow
• [AE 17] Short Course: Turbulent Combustion
• [AE 18] Orbital Dynamics
• [AE 19] Aerospace Materials
• [AE 20] Dynamics and Vibration II
• [AE 21] Impact and Failure
• [AE 22] Heat Transfer and Air Conditioning
• [AE 23] Combustion
• [AE 24] Propulsion
• [AE 25] Short Course: Turbulent Combustion
• [AE 26] Structural Dynamics
• [AE 27] Flight Dynamics
• [AE 28] Helicopter Aeroelasticity and Structural Dynamics
• [AE 29] Experimental Aerodynamics
• [AE 31] Aerospace Committee Meeting/Reunião reservada do Comitê de Engenharia Aeroespacial da ABCM
• [AE 32] Short Course: Turbulent Combustion
• [AE 33] Astrodyamics
• [AE 34] Round Table: Alternatives in Aeronautics/Alternativas de capacitação em Aeronáutica



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