...E. Andres-Perez; Rodrigo Castellanos; Javier Nieto-Centenero; Victor Francés-Belda Purpose This research paper explores the potential application of ChatGPT, a natural language processing-powered language model, in the efficient analysis of aerodynamic data within the context of aeronautics...

... intensity. Adding several wing tips will eventually reduce the induced drag faced by the plane with respect to cant angle, length and twist of the remiges. Adding a bending mechanism. The morphing mechanisms propose adaptation to change in aerodynamic setup. Enabling the wing to flap which might...

... a pre‐shock isentropic compression wave in order to reduce the total drag over the airfoil at transonic speeds. © Emerald Group Publishing Limited 2013 Hierarchical genetic algorithms Mesh/meshless method Inverse problems Shock Control Bump Drag reduction Flow Aerodynamics...

...Massimiliano Vasile; Edmondo Minisci; Domenico Quagliarella; Michiel H. Straathof; Giampietro Carpentieri; Michel J.L. van Tooren Purpose An aerodynamic shape optimization algorithm is presented, which includes all aspects of the design process: parameterization, flow computation and optimization...

...Marie de Rochambeau; Mohamed Ichchou; Bernard Troclet Purpose The purpose of this paper is to extend statistical energy analysis (SEA)‐like modeling to fluid‐structure coupled systems. Design/methodology/approach An equivalent approach of aerodynamic loads is applied to a SEA‐like modeling...

... domain meshed by quadratic computational cells. Busemann's theory, shock and expansion wave technique and CHM were the analytical methods used in this work. Findings Static pressure, static temperature and aerodynamic coefficients of the airfoils were calculated at various angles of attack...

... subsystems. Such coupling must be coordinated in some strategy as described in the following section. © Emerald Group Publishing Limited 2005 Optimization techniques Neural nets Programming and algorithm theory Aerodynamics An important research area that has received considerable...

... considerable numerical errors in most computations and numerical analyses. That is, numerical errors can be generally explained by round‐off and truncation errors. © Emerald Group Publishing Limited 2005 Simulation Numerical analysis Aerodynamics Rotational motion Euler angles...