Computational Methods in Optimal Design and Control

Optimal disturbances in boundary layers, P. Anderson et al; MDO - a mathematical view point, E. Arian; optimization using surrogate objectives on a helicopter test example, a. Booker et al; observations in adaptive refinement strategies for optimal design, J. Borgaard, D. Pelletier; the simplex gradient and noisy optimization problems, D. Bortz, C.T. Kelley; adjoint-based methods in aerodynamic design optimization, E. Cliff et al; semi-automatic differentiation, T. Coleman et al; robust reduced-order controller of transitional boundary layers, L. Cortelezzi, J. Speyer; modern optimization methods for structural optimization under Flutter contraction, M. Fahl, E. Sachs; on shape optimization and related issues, R. Glowinski, J. He; using sensitivities for flow analysis, A. Godfrey; sensitivities in computational methods for optimal flow control, M. Gunzburger; fictitious domain approaches in shape optimization, J. Haslinger; process modelling and optimization - issues and challenges, J.-F. Hetu et al; automatic differentiation and Navier-Stokes computations, P. Hovland et al; numerical computation of sensitivities and the adjoint approach, R. Lewis; sensor/actuator placement via optimal distributed control of exterior Stokes, F.J. Loncaric; Fast bounds for outputs of partial differential equations, M. Paraschivolu et al; a comparison of local and global projections in design sensitivity computation, L. Stanley, D. Stewart; gradients, curvature, and visual tracking, A. Tannenbaum, A. Yezzi, Jr.; adjoint methods for inverse free convection problems application to solidification, N. Zabaras; shape differential equation with a non smooth field, J.-P. Zolesio.