Functionally Graded Materials VIII
Omer Van der Biest · Michael Gasik · Jozef Vleugels
Aug 2005 · Trans Tech Publications Ltd
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814
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Volume is indexed by Thomson Reuters CPCI-S (WoS).
Multifunctional materials are composite systems that exhibit useful responses to electrical, optical, magnetic and/or mechanical stimuli. They allow the compact and economic integration of two or more functions; which can be mechanical, biological, acoustic, thermal, electrical, magnetic, optical or sensory in nature. Functionally graded materials (FGM) are also multi-functional materials, which exhibit spatial variations in composition and/or microstructure; created with the specific purpose of controlling variations in thermal, structural or functional properties. In spite of large differences in the type and size scale of the materials considered, many common features exist, thus furnishing a rationale for grouping these materials together in one book.
Multifunctional materials are composite systems that exhibit useful responses to electrical, optical, magnetic and/or mechanical stimuli. They allow the compact and economic integration of two or more functions; which can be mechanical, biological, acoustic, thermal, electrical, magnetic, optical or sensory in nature. Functionally graded materials (FGM) are also multi-functional materials, which exhibit spatial variations in composition and/or microstructure; created with the specific purpose of controlling variations in thermal, structural or functional properties. In spite of large differences in the type and size scale of the materials considered, many common features exist, thus furnishing a rationale for grouping these materials together in one book.
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