商品描述
This book brings together a collection of groundbreaking research papers, offering an in-depth exploration of the latest developments, methodologies, and future possibilities of natural fiber composites in the dynamic field of materials science and engineering. Within these pages, it discovers the intricate world of fabrication techniques for hybrid composites based on natural fibers and various matrix materials. This book unravels the secrets behind the enhanced mechanical properties of natural fiber hybrids, showcasing remarkable tensile strength, flexural strength, and modulus improvements. It explores the impact of alkaline treatments on the mechanical properties of reinforcement materials through detailed morphological studies and FTIR analyses. Comparative studies between epoxy-matrix-based and EcoPoxy (Bio resin) matrix-based hybrid composites reveal intriguing insights, while investigations into basalt and E-glass woven-fiber-based epoxy hybrid composites with graphite filler material showcase superior mechanical properties. Moreover, this book goes beyond presenting findings; it sets the stage for future research. Proposals for further investigations include exploring diverse chemical treatments for natural fibers, studying the effects of various filler materials, analyzing moisture absorption behavior, and expanding the application scope of natural fiber hybrid composites. Whether you're an experienced researcher, an engineering enthusiast, or a student entering the captivating realm of materials science, this book will be a valuable resource. This book takes a profound journey into the advancements, challenges, and potential applications of natural fiber hybrid composites, shaping the future of sustainable engineering solutions and innovative materials with advancements in natural fiber hybrid composites.
商品描述(中文翻譯)
本書匯集了一系列開創性的研究論文，深入探討自然纖維複合材料在材料科學與工程這一動態領域中的最新發展、方法論及未來可能性。在這些頁面中，揭示了基於自然纖維和各種基材的混合複合材料的製造技術的複雜世界。本書揭開了自然纖維混合材料增強機械性能的秘密，展示了顯著的抗拉強度、抗彎強度和彈性模量的改善。它通過詳細的形態學研究和FTIR分析，探討了鹼性處理對增強材料機械性能的影響。基於環氧樹脂基材和EcoPoxy（生物樹脂）基材的混合複合材料之間的比較研究揭示了有趣的見解，而對於以石墨填料材料的玄武岩和E玻璃編織纖維基的環氧混合複合材料的研究則展示了優越的機械性能。此外，本書不僅僅是呈現研究結果；它為未來的研究奠定了基礎。進一步研究的提案包括探索自然纖維的多樣化化學處理、研究各種填料材料的影響、分析濕氣吸收行為，以及擴大自然纖維混合複合材料的應用範圍。無論您是經驗豐富的研究人員、工程愛好者，還是進入材料科學迷人領域的學生，本書都將是您寶貴的資源。本書深入探討了自然纖維混合複合材料的進展、挑戰和潛在應用，塑造了可持續工程解決方案和創新材料的未來，並隨著自然纖維混合複合材料的進步而發展。
作者簡介
Dr. Ayyappa Atmakuri: MSc in Industrial Engineering and Management, PhD in Mechanical Engineering. His academic and research journey has been marked by consistent dedication and interdisciplinary expertise. He began his career as a junior project researcher, gaining over three years of hands-on experience in the field of mechanical engineering, where he contributed to various industrial and academic projects. Over the past eight years, Dr. Ayyappa has established himself as a committed researcher, specializing in statistical data analysis and the study of physical and mechanical properties of natural fiber hybrid composite materials. Throughout his career, Dr. Atmakuri has authored eight peer-reviewed scientific papers and has participated in numerous international conferences, presenting his work across different countries and engaging in the global research community. In 2022, 2023, Dr. Ayyappa was awarded the Lithuanian Research Council Prize for Promotional Scholarships. Furthermore, in 2021 and 2022, he was honored as the Most Active PhD Student from the Kaunas University of Technology. Prof. Habil. Dr. Arvydas Palevicius is a professor at Mechanical Engineering Department of Kaunas University of Technology in Lithuania.The main area of research is microsystems engineering, including biomechanical systems for biomedicine. Fundamental and applied research is conducted on biologically adaptive multifunctional nanocomposite materials, their properties and compatibility of synthesis, periodic microstructures that can be used in various optical components for modern, productive sensor formation technologies and their application in medicine, pharmaceutical industry. He published more than 100 scientific papers. Prof. A.Palevicius is a co-author of published 2 books by SPRINGER publisher. His academic activity is mostly related to participation in the doctoral process and under his scientific supervision was succsesfully defended more than 10 PhD dissertations. Prof. habil. dr. Arvydas Palevicius is laureate of the Lithuanian Main Science Prize in 2018. Prof. Dr. Giedrius Janusas: MSc in Applied Mathematics, PhD in Mechanical Engineering. Giedrius Janusas has been working for more than 15 years in the field of statistical data analysis, physical and mechanical properties of composite materials, dynamics of microsystems and application of holographic interferometry principles to their analysis. He has co-authored more than 100 scientific publications. In 2018, G. Janusas and co-authors were awarded the Lithuanian Science Prize for their work on Micromechanical Systems Design, Research and Applications. He is a member of the Doctoral Committee for Mechanical Engineering at Kaunas University of Technology, a member of the organising committee of the Mechanics conference, and an editorial board member of the journal Mechanika.
作者簡介(中文翻譯)
阿亞帕·阿特馬庫里博士：工業工程與管理碩士，機械工程博士。他的學術與研究旅程展現了持續的奉獻精神和跨學科的專業知識。他的職業生涯始於初級專案研究員，擁有超過三年的機械工程實務經驗，參與了多個工業和學術專案。在過去的八年中，阿亞帕博士已確立自己為一位專注的研究者，專精於統計數據分析以及天然纖維混合複合材料的物理和機械性質研究。在他的職業生涯中，阿特馬庫里博士已發表八篇經過同行評審的科學論文，並參加了多場國際會議，在不同國家展示他的研究成果，積極參與全球研究社群。2022年和2023年，阿亞帕博士獲得立陶宛研究委員會的推廣獎學金獎。此外，在2021年和2022年，他被評選為考那斯科技大學最活躍的博士生。 阿爾維達斯·帕列維丘斯教授是立陶宛考那斯科技大學機械工程系的教授。其主要研究領域為微系統工程，包括生物醫學的生物力學系統。進行基礎和應用研究，研究生物適應性多功能納米複合材料的性質及其合成的相容性，周期性微結構可用於現代高效能感測器形成技術的各種光學元件及其在醫學和製藥行業的應用。他已發表超過100篇科學論文。帕列維丘斯教授是由SPRINGER出版社出版的兩本書的共同作者。 他的學術活動主要與參與博士過程有關，在他的科學指導下，成功辯護了超過10篇博士論文。阿爾維達斯·帕列維丘斯教授於2018年獲得立陶宛主要科學獎。 吉德里烏斯·雅努薩斯教授：應用數學碩士，機械工程博士。吉德里烏斯·雅努薩斯在統計數據分析、複合材料的物理和機械性質、微系統的動力學以及全息干涉原理的應用方面工作了超過15年。他共同撰寫了超過100篇科學出版物。2018年，雅努薩斯及其共同作者因其在微機械系統設計、研究和應用方面的工作獲得立陶宛科學獎。他是考那斯科技大學機械工程博士委員會的成員，機械學會議的組織委員會成員，以及期刊《Mechanika》的編輯委員會成員。
