Recent Development of Aerodynamic Design Methodologies

1. Front Matter

   Pages i-xi

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2. Multi Objective Aerodynamic Optimisation by Means of Robust and Efficient Genetic Algorithm

   • Carlo Poloni

   Pages 1-24

3. Inverse Optimization Method for Aerodynamic Shape Design

   • Shigeru Obayashi

   Pages 25-53

4. Subsonic Aerodynamic Design Via Optimization

   • Krzysztof Kubrynski

   Pages 55-70

5. Parametric Airfoils and Wings

   • Helmut Sobieczky

   Pages 71-87

6. Using Existing Flow-Field Analysis Codes for Inverse Design of Three-Dimentional Aerodynamic Shapes

   • George S. Dulikravich, Daniel P. Baker

   Pages 89-112

7. Numerical Methods for Inverse Solution in Aerodynamic Design of Turbomachinery

   • Naixing Chen

   Pages 113-145

8. Inverse Blade Design Based on Permeable Wall Concept

   • R. A. Van den Braembussche

   Pages 147-177

9. An Inverse Design Method for Wings Using Integral Equations and Its Recent Progress

   • Kisa Matsushima, Susumu Takanashi

   Pages 179-209

10. Application of Transonic Inverse Method to the Development of Aerospace Products

    • Takeshi Kaiden

    Pages 211-214

11. Aerodynamic Design of Wing-Engine Configuration under Effect of Jet Plume

    • Hitoshi Takahashi, Susumu Takanashi, Takuji Kishimoto, Kenji Hayama, Eiji Shima

    Pages 215-220

12. Back Matter

    Pages 221-221

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Computational Fluid Dynamics (CFD) has made remarkable progress in the last two decades and is becoming an important, if not inevitable, analytical tool for both fundamental and practical fluid dynamics research. The analysis of flow fields is important in the sense that it improves the researcher's understanding of the flow features. CFD analysis also indirectly helps the design of new aircraft and/or spacecraft. However, design methodologies are the real need for the development of aircraft or spacecraft. They directly contribute to the design process and can significantly shorten the design cycle. Although quite a few publications have been written on this subject, most of the methods proposed were not used in practice in the past due to an immature research level and restrictions due to the inadequate computing capabilities. With the progress of high-speed computers, the time has come for such methods to be used practically. There is strong evidence of a growing interest in the development and use of aerodynamic inverse design and optimization techniques. This is true, not only for aerospace industries, but also for any industries requiring fluid dynamic design. This clearly shows the matured engineering need for optimum aerodynamic shape design methodologies. Therefore, it seems timely to publish a book in which eminent researchers in this area can elaborate on their research efforts and discuss it in conjunction with other efforts.

• Numerik
• Strömung
• Strömungsmechanik
• computational fluid dynamics
• computer
• dynamics
• flow
• fluid dynamics
• fluid mechanics
• numerics
• fluid- and aerodynamics

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