Session IDerivatives and Algorithms. - 1. Adaptive Analysis Refinement and Shape Optimization Some New Possibilities. - 2. Material Derivative Methods for Shape Design Sensitivity Analysis. - 3. The Relationship Between the Variational Approach and the Implicit Differentiation Approach to Shape Design Sensitivities. - 4. Variational Approach to Shape Sensitivity Analysis and Optimal Design. - Session IIAnalysis and Modeling for Shape Optimization. - 5. Automatic Finite Element Modeling for Use with Three-Dimensional Shape Optimization. - 6. Adaptive Finite Element Methods for Shape Optimization of Linearly Elastic Structures. - 7. Uncertainties in Engineering Design: Mathematical Theory and Numerical Treatment. - 8. Boundary Elements in Shape Optimal Design of Structures. - Session IIIApplications. - 9. Shape Optimization of Three-Dimensional Stamped and Solid Automotive Components. - 10. Multidisciplinary Shape Optimization. - 11. Optimal Shape Design of Axisymmetric Structures. - 12. Shape Optimal Design by the Convex Linearization Method. - Session IVNew Frontiers in Shape Optimization. - 13. A Numerical Method for Shape Design Sensitivity Analysis and Optimization of Built-up Structures. - 14. Anomalies Arising in Analysis and Computational Procedures for the Prediction of Optimal Shape. - 15. Geometric Modeling for Structural and Material Shape Optimization. - 16. Symposium Summary and Concluding Remarks. - Symposium Participants. - Author and Contributor Index. Language: English