## Computational aerodynamics and artificial intelligence |

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### Contents

SUMMARY | 1 |

EFFECTS OF ARTIFICIAL INTELLIGENCE ON COMPUTATIONAL AERODYNAMICS | 15 |

RESOURCE REQUIREMENTS | 28 |

### Common terms and phrases

aerody aerodynamic design aerodynamic knowledge Aerodynamics and Artificial AIAA Progress algebraic algorithms analysis anatomy applications artificial intelligence aspects of computational Astronautics an Aeronautics build an expert building expert systems calculating computational aerodynamics computational complexity computational fluid dynamics computer science computer system constructing DENDRAL design and development design objectives development process domain EURISKO example existing expert systems expert-system programs expertise controller explanation system factual and heuristic Feigenbaum Figure first-order predicate calculus flow field flow solver FORTRAN Gevarter grid heuristic knowledge idealized expert system IEEE Spectrum inference acquisition system inference system information processor intelligent machines knowledge and inference knowledge base knowledge engineer knowledge-based systems LISP logic MACSYMA manipulation mathematical NASA performance potential flow predicate calculus problem-solving methods procedures programming languages Progress in Astronautics reasoning Reynolds-averaged Navier-Stokes equations science of artificial simulation solution methods solve stage for efficient structures symbolic system called AERODYNAMICIST systems ref Transonic unibus