Introduces a wide variety of practical approaches to the synthesis and optimization of shapes for mechanical elements and structures—emphasizing the simplest methods possible for achieving the best results without mathematical complexity, especially computer solutions. Provides in-depth case studies of structures subjected to different types of static and dynamic loading, including load-bearing structures with arbitrary support conditions, rotating disks, layered structures, pressure vessels, elastic bodies, and structural elements subjected to impulsive loading.
Shape Optimization and the Optimization Problem
Search Methods: A Conceptual Overview
Optimal Shape of Axisymmetric Components
Design of Elastic Bodies in Contact
Optimum Design of Prismatic Bars Subjected to Longitudinal Impacts
Optimization of Acoustic Spaces
Optimization of Segmented Pipelines
Shape Optimization of Rotating Components
Geometric Rule-Based Methodology for Shape Synthesis
Rule-Based Approach for Dynamic Loading in 2-D
Heuristic Shape Optimization
