Functionally Graded Materials: Analysis and Applications to FGM, FG-CNTRC and FG Porous Structures
暫譯: 功能梯度材料：FGM、FG-CNTRC及FG多孔結構的分析與應用

《功能梯度材料：FGM、FG-CNTRC 和 FG 多孔結構的分析與應用》旨在促進使用功能梯度材料製造的結構或結構組件的用戶、製造商、設計師和研究人員之間的知識交流。

儘管已有多本關於板和/或殼體理論與分析的書籍，但尚無一本書專門致力於基於功能梯度材料的分析，包括FGMs、FG-CNTRCs和FG多孔板及殼體。《功能梯度材料》為讀者提供了當前在複合材料、數值模擬、計算方法以及結構組件在不同情境下的機械響應領域進行的研究。

本書是研究生、工程師、科學家、教授、研究人員和應用數學家在此領域的重要參考資料。

Dr. Souhir ZGHAL, Associate professor at high Institute of Applied Science and Technology of
University of Gabes, Gabes, Tunisia. She was born on 01 June 1985 in Sfax where she received the
high school degree at Majida Boulila lyceum, in 2004. In 2009, she has received her mechanical engineering
degree from National Engineering School of Tunis (ENIT). She has received her P.h.d in
mechanical engineering in 2015 from National Engineering School of Tunis (ENIT) and FEMTOST
Institute, University of Franche-Comt´e, Besancon-France. Her research interests include finite
element analysis, composite structures, computers methods and simulations, advanced materials like
functionally graded materials (FGM), Carbon nanotubes, porosity, and graphene platelets, Structural
dynamics, vibrations, viscoelasticity, sandwich structures, Nonlinear dynamics, computational
structural mechanics, Stress analysis, Algorithms. Her group is particularly interested in research
problems related to structural advanced materials by developing finite element codes and computers
methods that able to investigate various geometries with different shapes and with a vast areas
of analysis like bending, vibrations, dynamics, mechanical and thermal buckling and post-buckling
responses of FGM, FG-CNTRC, porous-FGM based beams, plates and shells. An ambitious group
with a creative master head has published more than 200 scientific articles and communications
in the most recognized mechanical engineering journals and conferences proceedings. As a young
researcher in mechanical engineering field, she has received over 1500 citations and an h-index
of 17 (Data from Scopus January 2024). She is also a recognized reviewer in the most impactful
international journals through Elsevier, Springer, Taylor and Francis, Sages publishing CO.

Prof. Fakhreddine DAMMAK, Full professor at National School of Engineers of Sfax (ENIS),
Sfax, Tunisia. He was born on 16 November 1962 in Sfax and he has obtained his Ph.D. degree
in mechanical engineering from Laval university, Quebec, Canada in 1997. During the period of
1998 to 2004 he was assistant at National Institute of Applied Science and technologies of Tunis,
Tunisia. Then, he was joined the National School of Engineers of Sfax (ENIS), in 2005 as an
associate professor in mechanical engineering. He has taught over twenty different graduate and undergraduate courses in mechanical engineering and has conducted four courses covering the finite
element and plate/shell modeling codes for engineer students. He has over 250 technical/scientific
papers published in the international journals and conferences with an h-index of 36 (Data from
Scopus January 2024) He is expert in finite element modeling, structural analysis, materials science
covering new materials like functionally graded materials, carbon-nanotubes reinforced composite
(FG-CNTRC), FG porous structures, smart materials, nanocomposite, sheet forming and more on.
He is also a member of the scientific communities of Design and Modeling of Mechanical Systems
international conference with its all editions and a reviewer of over 40 different international journals.
He is the distinguished professor of finite element codes of Ministry of Higher Education and
Research in Tunisia.

蘇希爾·扎哈爾博士（Dr. Souhir ZGHAL），突尼西亞加比斯大學應用科學與技術高等學院的副教授。她於1985年6月1日出生於斯法克斯，並於2004年在馬吉達·布利拉高中獲得高中畢業證書。2009年，她在突尼西亞國立工程學院（ENIT）獲得機械工程學位。2015年，她在突尼西亞國立工程學院（ENIT）和法國布賽尚的法蘭什-孔泰大學FEMTOST研究所獲得機械工程博士學位。她的研究興趣包括有限元素分析、複合結構、計算方法與模擬、先進材料如功能梯度材料（FGM）、碳納米管、孔隙率和石墨烯片、結構動力學、振動、粘彈性、夾層結構、非線性動力學、計算結構力學、應力分析和算法。她的研究小組特別關注與結構先進材料相關的研究問題，通過開發有限元素代碼和計算方法來研究各種幾何形狀及其在彎曲、振動、動力學、機械和熱屈曲及FGM、FG-CNTRC、基於孔隙-FGM的梁、板和殼體的後屈曲響應等廣泛分析領域的能力。這是一個雄心勃勃且富有創意的團隊，已在最知名的機械工程期刊和會議論文集中發表了超過200篇科學文章和通訊。作為一名年輕的機械工程研究者，她的引用次數超過1500次，h指數為17（數據來自Scopus，2024年1月）。她也是Elsevier、Springer、Taylor and Francis、Sages Publishing CO.等最具影響力的國際期刊的認可審稿人。

法赫雷丁·達馬克教授（Prof. Fakhreddine DAMMAK），突尼西亞斯法克斯國立工程學院（ENIS）的正教授。他於1962年11月16日出生於斯法克斯，並於1997年在加拿大魁北克的拉瓦爾大學獲得機械工程博士學位。在1998年至2004年期間，他在突尼西亞的國立應用科學與技術研究所擔任助理。隨後，他於2005年加入突尼西亞斯法克斯國立工程學院（ENIS），擔任機械工程副教授。他教授了超過二十門不同的研究生和本科生機械工程課程，並開設了四門涵蓋有限元素和板/殼建模代碼的課程，供工程學生學習。他在國際期刊和會議上發表了超過250篇技術/科學論文，h指數為36（數據來自Scopus，2024年1月）。他在有限元素建模、結構分析、材料科學方面具有專業知識，涵蓋了功能梯度材料、碳納米管增強複合材料（FG-CNTRC）、FG孔隙結構、智能材料、納米複合材料、板材成形等新材料。他還是機械系統設計與建模國際會議的科學社群成員，參與所有版本的會議，並擔任超過40本不同國際期刊的審稿人。他是突尼西亞高等教育與研究部的有限元素代碼特聘教授。