Multifunctional Structures and Materials

In the domain of man-made systems composed of physical load-bearing structures, multifunctionality is the impartation of one or more necessary system functions to components of a system that are typically only passive mechanical structures. This eliminates the need for assemblies of discrete components required to perform the same overall function, and if properly done, results in the greatest system optimization possible with respect to minimized system size, weight, and power consumption. Multifunctional Structures and Materials: defines multifunctional structures and materials for engineering and provides an explanation of how they lead to more optimized man-made systems. It begins with defining multifunctionality, discussing the history and development of multifunctional structures and looks at significant examples found in nature. It then goes on to describe materials and structures used in engineering, as well as manufacturing methods and modelling simulations being utilized. The book concludes with a look at the future and barriers faced for fully utilizing these structures.