Piezoelectric actuators are being used increasingly in various novel
applications. One of piezoelectric actuator design goals is to improve
its performance for a certain mass of piezoelectric materials. Shape
optimization is one important way to improve the performance of a piezo
by changing its geometry. However, academic and industrial research of
shape optimization is still developing, especially with several
objectives considered simul-taneously. This book focuses on numerical
modeling and multi-objective optimization of the shape of piezoceramics.