This new book provides novel solutions to the problems confronted in the field of materials technology, helping to pave the way in designing new materials for the future. The authors provide a comprehensive and theoretical understanding as well as experimental findings integrated with theory for furthering research in materials science and engineering. The book looks at advances and trends, tools and technologies, and characterization of smart materials and novel materials, highlighting the correlation between structure-property-utility in the materials. The behavior of materials in general is attributed to their plethora of properties, and this volume sheds light on characteristic and unique architectures in the materials due to their structural and morphological features.

Contemporary Advancements in Materials Technology: Novel Solutions to Complex Problems also deliberates on the way materials can be fabricated for acquiring optimal performance in tandem with applications. It looks at developments in smart materials for new technologies because of their exciting properties that include electronic band structure, band gap, half-metallicity, multiferroic behavior, piezoelectricity, thermoelectricity, thermodynamics, and optoelectronic behavior. These properties in materials find applications in spintronic devices, semiconducting devices, thermoelectric generators, and sustainable sources of energy.

Intended for researchers, academicians, and scientists in the field of materials science and technology and computational physics, this volume will be valuable in synthesizing next-generation and novel smart materials for varied potential applications.