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The book presents the selected papers presented at the 10th International Conference on Materials Processing and Manufacturing Engineering on 6-8 September 2024. The book offers an in-depth exploration of advanced materials science and engineering, covering the latest research advancements from material synthesis and characterization to practical applications and innovations in manufacturing processes. Currently, the field of materials science is experiencing rapid development, facing numerous challenges from fundamental research to application translation. For instance, effectively synthesizing nanomaterials with superior performance and accurately characterizing their structural and functional properties are pressing issues in this field. Additionally, the role of materials in various engineering applications, along with the rise of smart manufacturing and sustainable processes, presents new demands and questions for researchers.
The purpose of these proceedings is to provide a systematic and comprehensive collection of cutting-edge research findings, helping readers gain a deep understanding of advanced materials' synthesis and characterization methods, and how to apply these materials in practical engineering to improve system performance and sustainability. Through this proceedings collection, researchers, engineers, and professionals can gain the latest knowledge and research results in advanced materials science and engineering, mastering the methods of translating theory into practical applications, thus promoting innovation and progress in their own research and engineering projects.
List of contents
Preparation and Performance Study of T700 Grade PAN-based Carbon Fiber Rowing Propeller.- Sorption behavior of heavy metal ions on modified zeolite.- Numerical Analysis of Thermal Cycling of 6061 Aluminium Alloys in the AFSD Process.- Optimization of Impact Resistance of New Ceramic Materials.- Durability of Aluminum Alloy Anti-Icing Surface.- Research progress on the preparation and application of hydrochar.- Study on EFP Penetration Performance of TC4 Titanium Alloy/Copper Composite Drug Form Cover.- Finite Element Analysis of Duty Cycle Effects on Biological Tissue Temperature In Low-Frequency Ultrasound Transdermal Drug Delivery.
About the author
Dr. Shahid Hussain, a distinguished professor at the School of Materials Science and Engineering, Jiangsu University, China, boasts an illustrious academic journey marked by significant contributions to the field of nanomaterial applications. Completing his Ph.D. at Chongqing University in 2015, Dr. Hussain embarked on a fruitful post-doctoral research fellowship spanning from 2015 to 2017, laying the groundwork for his subsequent endeavors. Joining Jiangsu University as an Associate Professor in July 2017, his exceptional performance led to a swift promotion to Full Professor by July 2020.
Dr. Hussain's research portfolio shines with a focus on metal oxide, sulfides, MXenes, and MOF nanomaterials, underpinning advancements in gas sensors, supercapacitors, and LiS Batteries. With a prolific publication record, comprising over 256 journal articles indexed by SCI, and an impressive H-index of 46 on Google Scholar, his expertise resonates through top-tier journals like Nano Energy, Chemical Engineering Journal, and Journal of Hazardous Materials. Additionally, his editorial roles in 18 SCI-indexed journals across prominent publishers like Elsevier, Springer, and Frontiers underscore his standing as a thought leader in the academic community. Dr. Hussain's adeptness in gas sensor fabrication, honed since 2011, further solidifies his stature as a luminary in the realm of materials science and engineering.
Summary
The book presents the selected papers presented at the 10th International Conference on Materials Processing and Manufacturing Engineering on 6-8 September 2024. The book offers an in-depth exploration of advanced materials science and engineering, covering the latest research advancements from material synthesis and characterization to practical applications and innovations in manufacturing processes. Currently, the field of materials science is experiencing rapid development, facing numerous challenges from fundamental research to application translation. For instance, effectively synthesizing nanomaterials with superior performance and accurately characterizing their structural and functional properties are pressing issues in this field. Additionally, the role of materials in various engineering applications, along with the rise of smart manufacturing and sustainable processes, presents new demands and questions for researchers.
The purpose of these proceedings is to provide a systematic and comprehensive collection of cutting-edge research findings, helping readers gain a deep understanding of advanced materials' synthesis and characterization methods, and how to apply these materials in practical engineering to improve system performance and sustainability. Through this proceedings collection, researchers, engineers, and professionals can gain the latest knowledge and research results in advanced materials science and engineering, mastering the methods of translating theory into practical applications, thus promoting innovation and progress in their own research and engineering projects.
