Siba Sankar Mahapatra – författare

This book covers fused deposition modeling (FDM) from its fundamentals to research advances including developments in FDM machines, development of polymer materials, novel applications, process modeling, simulation, and optimization backed by case studies and research results.It explains the effect of important FDM parameters on part quality, appropriate methods for testing and characterization of FDM-fabricated parts, FDM of composite materials, process monitoring and control. It also covers applications of FDM process in automobile, aerospace, biomedical, pharmaceutical, and tissue engineering.Key features:Provides all the necessary fundamental details and advancements in FDMDetails novel ways of fabrication of complex and intrinsic parts by using different types of plastics and polymer materialsCovers fabrication of miniature devices by FDMDiscusses finite element analysis, modeling, optimization, and sustainability rating, for FDMIncludes monitoring and control, intelligent processing, and application of artificial intelligence (AI) and machine learning (ML)-based part fabricationThis book is aimed at graduate students and researchers in materials science and manufacturing.

This book covers fused deposition modeling (FDM) from its fundamentals to research advances including developments in FDM machines, development of polymer materials, novel applications, process modeling, simulation, and optimization backed by case studies and research results.It explains the effect of important FDM parameters on part quality, appropriate methods for testing and characterization of FDM-fabricated parts, FDM of composite materials, process monitoring and control. It also covers applications of FDM process in automobile, aerospace, biomedical, pharmaceutical, and tissue engineering.Key features: Provides all the necessary fundamental details and advancements in FDM Details novel ways of fabrication of complex and intrinsic parts by using different types of plastics and polymer materials Covers fabrication of miniature devices by FDM Discusses finite element analysis, modeling, optimization, and sustainability rating, for FDM Includes monitoring and control, intelligent processing, and application of artificial intelligence (AI) and machine learning (ML)-based part fabrication This book is aimed at graduate students and researchers in materials science and manufacturing.

This book covers fused deposition modeling (FDM) from its fundamentals to research advances including developments in FDM machines, development of polymer materials, novel applications, process modeling, simulation, and optimization backed by case studies and research results.It explains the effect of important FDM parameters on part quality, appropriate methods for testing and characterization of FDM-fabricated parts, FDM of composite materials, process monitoring and control. It also covers applications of FDM process in automobile, aerospace, biomedical, pharmaceutical, and tissue engineering.Key features: Provides all the necessary fundamental details and advancements in FDM Details novel ways of fabrication of complex and intrinsic parts by using different types of plastics and polymer materials Covers fabrication of miniature devices by FDM Discusses finite element analysis, modeling, optimization, and sustainability rating, for FDM Includes monitoring and control, intelligent processing, and application of artificial intelligence (AI) and machine learning (ML)-based part fabrication This book is aimed at graduate students and researchers in materials science and manufacturing.

This book offers a comprehensive exploration of sustainable manufacturing by integrating advanced technologies with modern management principles to address contemporary production challenges. Emphasizing productivity enhancement, environmental consciousness, and resilience, it presents tactical strategies supported by experimental research, statistical analysis, case studies, and real-world applications. The authors uniquely highlight innovative processing techniques, sustainable materials, and integrative management frameworks to provide practical insights for professionals, researchers, and decision-makers in manufacturing and sustainable management. Designed for a primary audience of engineers, academics, and industry practitioners, the book also appeals to a secondary audience including sustainability enthusiasts, policymakers, entrepreneurs, and organizations advocating eco-friendly practices. With its accessible language and data-driven analysis, this resource serves as a vital reference for those aiming to align manufacturing practices with the principles of a circular economy and promote long-term industrial sustainability.