3D printing processes have promising advantages over conventional manufacturing processes from a functional ability viewpoint. In the past 30 years, a variety of additive manufacturing-based 3D printing processes have been reported for the fabrication of functional prototypes, using materials such as thermoplastic, resins, metal and their alloys. While there is a significant amount of information on various 3D printing processes, and materials that may be used in 3D printing-based manufacturing practices for engineering applications, there is far less information on 3D printable materials for structural and non-structural engineering applications. Engineering Materials for 3D Printing fills this gap. The book includes three sections and provides an insight on the development and characterization of polymer-based 3D printed materials by different processes such as extrusion, sol-gel, and pulverization along with meta-structure properties for various structural applications

• The theoretical foundation of the book helps readers to understand the fundamentals of the process, material development and basic required characteristics of 3D printable materials; in addition, it covers the theory behind the development of smart 3D printed products for structural and non-structural engineering applications
• The theoretical information in the book is supported with details of R&D on product development
• The practical implications of 3D printing are integrated in the book with real-world case studies in order to promote a better understanding of case studies
• The content of the book is organized in such a manner that it is helpful for multiple research disciplines: such as engineering, structural, non-structural engineering, biomedical, waste management, etc