Microwave Energy and Biomaterials

Written by leading experts in the field Contains various techniques for synthesis, characterization and simulation of biomaterials Is indispensable for researchers working in the domain of Biomedical and manufacturing Engineering

"This book offers a comprehensive overview of microwave energy in the processing of biomaterials, highlighting its advantages over conventional methods such as rapid and uniform heating, energy efficiency, enhanced material properties, and sustainability. Covering a broad spectrum of applications, it introduces microwave-assisted sintering, casting, curing, extrusion, and drug delivery, with insights into their role in advancing biomedical technologies.
The chapters explore cutting-edge developments including additive manufacturing combined with microwave sintering for patient-specific implants, microwave casting of titanium alloys for dental applications, polymer-based scaffolds for regenerative medicine, and hybrid composites with superior wear resistance. Emerging applications such as microwave-assisted drug delivery, nanocarrier synthesis, and energy-efficient coatings are also discussed.
With contributions from leading experts, this book highlights current challenges, opportunities, and future directions in microwave-assisted processing of biomaterials. It serves as a valuable reference for researchers, academicians, and professionals in biomedical engineering, biomaterials, materials science, and medical device development, offering insights into sustainable innovations shaping next-generation healthcare."