Inhaltsangabe
3D Printing for Energy Applications is a comprehensive and cutting-edge examination of how 3D printing can be used to fabricate complicated devices in the energy sector. The book discusses topics of additive manufacturing of functional materials that can be used in the energy sector. It examines both 3D printing processes and printable materials methods and their use in energy systems or devices. This book is divided into three parts that cover functional material's 3D printing before exploring the 3D printing of energy devices. It concludes with printing issues in complicated object creation. It also offers an intriguing outlook on the future of complex device 3D printing. Ideal for materials scientists, graduate students in material sciences, chemistry, and engineering will find 3D Printing for Energy Applications useful as a one-stop reference for present and future outlooks on 3D printing of high-value-added multifaceted devices.
Über die Autorin bzw. den Autor
Prof. Dr. Mukesh Pandey is multi-skilled professional with around 30 years of rich exposure and versatile experience in Industries, Administration, Academics , Research domains and institution building. He received his B.E. from SATI Vidisha, M.Tech. from N.I.T. Bhopal and Ph.D. from RGPV, Bhopal. He played an instrumental role in the establishment of Rajiv Gandhi Technical University Bhopal, Madhya Pradesh since it’s inception in 1999. He served as Rector (Pro Vice Chancellor), Director SoEEM & Dean of Faculty of Energy Technology. He has looked after as Coordinator for establishing IIIT, Bhopal (under PPP Mode by MHRD). He held various administrative positions as Director (R&D), Coordinator of RGPV- NBA Nodal Centre, Dy. Registrar, Member of Engineering Accreditation Evaluation Committee [EAEC] and Moderation Committee of NBA(National Board of Accreditation). Professor Pandey works in the area of Renewable Energy and Environment having focus on Solar Thermal Energy and he has developed an Energy Technology Park at RGPV, Bhopal by making use of the renewable energy resources; Solar Roof Top Plant on University Building, Energy Systems, Solar Thin Film systems, Solar wind Hybrid System, Bio-Diesel Reactor, CO2 Carbon Sequestration Unit, Dual Rotor Wind Turbine etc. Professor Pandey has an iconic track record of quality teaching, innovation and research he has been Principal Investigator of many Govt. Funded Projects by DST, MNRE, MPCST, AICTE etc including Principal Investigator of Innovative & Breakthrough Technology based 30KW CL-CSP SOLAR international R&D PROJECT (India-Japan Joint Venture Project) installed in RGPV campus. He has also facilitated as Reviewer for many national and international journals of repute and associated with many academic and research organizations at various levels. Over the past several years he has taught M.Tech. and Ph.D. Research Scholars in the areas of Energy, Environment, Direct Energy Conversion and Integrated Energy Systems and has been key-note speaker and resource person at several International and National Conferences and programmes.
„Über diesen Titel“ kann sich auf eine andere Ausgabe dieses Titels beziehen.
