| Review: |
Shape optimisation design problems have occupied the interest of many applied mathematicians and design engineers. One of their features is their interdisciplinary nature. Three mathematical disciplines are involved: the theory of partial differential equations (PDEs); the approximation of PDEs(usually by finite-elements methods); and the theory of nonlinear mathematical programming. This textbook includes both the mathematical and computational aspects of sizing and shape optimisation. It is divided into three parts: an introduction to sizing and shape optimisation; modern
computational aspects of sizing and shape optimisation; and nontrivial applications in various areas of industry (such as contact stress minimization for elasto-plastic bodies). |