This book provides knowledge about creating and designing products based on an Industry 4.0 setting. Discussing the fundamentals of Additive Manufacturing, technologies, process parameters, advantages, limitations, recent developments, recent post-additive manufacturing process advancements, surface quality defects, and challenges.
This book provides knowledge about the process of creating and designing products based on an Industry 4.0 setting. The fundamentals of Additive Manufacturing, its many technologies, the process parameters, advantages, limitations, and recent developments are discussed. In addition, the most recent post-additive manufacturing process advancements, surface quality defects, and challenges are the primary topics that will be investigated throughout the book.
Advances in Pre- and Post-Additive Manufacturing Processes: Innovations and Applications provides scientific and technological insights into the physical fundamentals of the machining and finishing processes in macro, micro, and nanoscales. It explores in a systematic way both conventional and unconventional material shaping processes with various modes of hybridization concerning theory modeling and industrial potential. It focuses on the applications of Additive Manufacturing that are linked to pre-stage and post-stage processes and encompasses a broad spectrum of macro, micro, and nano-processes that are utilized in manufacturing activities. The book goes on to cover a wide range of reliable and economical fabrication of metallic parts with complicated geometries which are of considerable interest to the aerospace, medical, automotive, tooling, and consumer products industries.
This reference title encapsulates the current trends of today's material development and machining techniques for advanced composite materials, making it a one-stop resource for academic researchers and industrial firms while they are formulating strategic development strategies. It also serves as a reference book for students at all levels of education, from undergraduates to doctoral candidates.
1. A Review on Additive Manufacturing in Industrial Environment.
2. Integrating Titanium Coating with 3D-Printed GFRP Panels: An Innovative Approach to Harnessing Composite Strengths in Engineering Applications.
3. Advanced Characteristics of Materials used in additive manufacturing: A State-Of-The-Art Review and Future Applications.
4. Investigations on the Mechanical Characterization of Additively Manufactured Polymer Composite Materials Fabricated Via MEX.
5. Investigations on Die-Swell Behaviour in Screw Extrusion-Based Processing of Thermoplastic ABS.
6. A Prospective View of Biomaterials: 3D Printing of Biomedical Applications.
7. Biomedical Innovations with 3D Printing and Biomaterials: Current and Future Applications.
8. Effect of Interlayer Temperatures and Heat Inputs on Porosity and Hydrogen Solubility in Wire Arc Additive Manufactured AA2618 Aluminium: A Comparative Study between Pulsed-MIG and CMT Methods.
9. A Comprehensive Review on the Machining Process: Unconventional as an Alternative of Conventional Machining.
10. Future trends and challenges in Super-finishing processes: Post Metal additive manufacturing process.
11. Additive Manufacturing in the Age of Industry 4.0 and Beyond.
Dr. Naveen Mani Tripathi is currently working as an Assistant Professor at Assam Energy Institute, A Centre of RGIPT, MoPNG, Gov. of India. He completed his Ph.D. from the BGU, Israel. After his Ph.D., he worked as Particle Scientist in the GranuTools sprl, Belgium. His post-doctoral research is from the Technical University of Munich, Germany and he has been awarded many fellowships, such as GATE, GRE, Kriteman, TUFF, and Alexander von Humboldt Fellowship. Dr. Tripathi's areas of research are Material Characterization, Additive Manufacturing, Thermo-Fluid, and Multiphase Flow. He has three granted national and international patents and more than 45 journals/conference publications to his credit and is an editorial board member and review editor for more than 20 different journals.
Dr. Ankit Sharma is currently working as an Assistant Professor in the Mechanical Engineering-Research and Innovation Network (CURIN) Department of Chitkara University, Punjab, India. He completed his doctoral from Thapar University, India. He has authored numerous national and international publications in SCI/Scopus journals and has filed/published 30 plus national and international patents. Dr. Sharma's research interests include Sustainable Manufacturing, 3D printing, modern machining, and Tissue Engineering. He is the book series editor for the Innovations in Smart Manufacturing for Long-Term Development and Growth series with CRC Press of the Taylor and Francis Group and is the editor of three CRC Press books related to manufacturing processes.
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