Computational Methods for Optimal Design and Control: Proceedings of the AFOSR Workshop on Optimal Design and Control Arlington, Virginia 30 September-3 October, 1997 - Couverture souple
Synopsis
Optimal Disturbances in Boundary Layers.- MDO - A Mathematical View Point.- Optimization Using Surrogate Objectives on a Helicopter Test Example.- Observations in Adaptive Refinement Strategies for Optimal Design.- The Simplex Gradient and Noisy Optimization Problems.- Adjoint-Based Methods in Aerodynamic Design Optimization.- Semi-Automatic Differentiation.- Robust Reduced-Order Controller of Transitional Boundary Layers.- Modern Optimization Methods for Structural Optimization under Flutter Constraints.- On Shape Optimization and Related Issues.- Using Sensitivities for Flow Analysis.- Sensitivities in Computational Methods for Optimal Flow Control.- Fictitious Domain Approaches in Shape Optimization.- Process Modeling and Optimization: Issues and Challenges.- Automatic Differentiation and Navier-Stokes Computations.- Numerical Computation of Sensitivities and the Adjoint Approach.- Sensor/Actuator Placement via Optimal Distributed Control of Exterior Stokes Flow.- Fast Bounds for Outputs of Partial Differential Equations.- A Comparison of Local and Global Projections in Design Sensitivity Computations.- Gradients, Curvature, and Visual Tracking.- Adjoint Methods for Inverse Free Convection Problems with Application to Solidification Processes.- Shape Differential Equation with a Non Smooth Field.
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