Laser Based Manufacturing
暫譯: 基於雷射的製造技術

這本書提供了激光作為先進製造工具的全面概述，包括激光切割、鑽孔、焊接、表面處理、標記、激光輔助增材製造、微加工、納米加工、建模與優化、機械加工和製造，並附有案例研究。各章節清楚描述了主要主題，並包含最新的發展和先進資訊。

- 提供激光基礎製造領域的最新研究與發展
- 涵蓋激光開發技術、過程機制、變體的發展及機械工具的創新
- 討論激光製造中的可持續性介入及激光基礎過程的智能建模與優化
- 包括激光基礎的測量和激光加工材料的特徵化
- 涵蓋表面工程的激光、激光基礎的增材製造和激光加工

這本書的目標讀者為製造與材料工程的研究生和研究人員，以及激光技術的專業人士。

Juan Pou is Full Professor of Applied Physics at the University of Vigo and expert in laser materials processing and laser-based additive manufacturing. He began working with laser technologies in the mid-1980s and played a key role in establishing one of the largest laser materials processing research groups in Spain, which he currently leads. His research spans laser macro-, micro- and nano-fabrication, including laser-assisted additive manufacturing of advanced metallic, ceramic, and glass materials. He has supervised numerous doctoral theses and authored over 200 scientific publications in high-impact international journals. He is co-editor of international books and co-inventor of more than 30 national and international patents. He has also held major academic leadership roles and carried out research stays at leading institutions in Europe and the United States. He is ranked among the world's top 2% most cited scientists according to the Stanford University ranking.

Fernando Lusquiños is Full Professor of Applied Physics at the University of Vigo, where he has developed his research career in laser-based materials processing since the mid-1990s. He learned the fundamentals of laser cladding technique with Professor Bill Steen at the University of Liverpool. He has made significant contributions to laser cladding, surface modification, and production of bioactive coatings for implants. He has participated in numerous national and European research projects and has led multiple industry-funded research contracts. Author of over 150 peer-reviewed scientific publications and co-author of more than 20 patents, he has supervised several doctoral theses. He is recognized among the world's top 2% most cited scientists according to the Stanford University ranking.

Mohamed Boutinguiza is Full professor at the Applied Physics department, School of Engineering of the University of Vigo. His research career began in 1996, specializing in laser processing of materials. His expertise spans laser cutting, drilling and surface modification. In recent years, his work has focused on laser-assisted production of nanoparticles. He has carried out research stays at several international institutions (such as University of Liverpoo (UK), University of Aveiro (Portugal), Institute of Microelectronics and Microsystems, CNR (Italy), CNRS, ICERLYON (France)). He has participated in numerous national and European R&D. Author of over 100 peer-reviewed publications and holder of multiple patents, he is ranked among the world's top 2% most cited scientists according to the Stanford University ranking.

Félix Quintero Martínez is an Associate Professor at the University of Vigo, where he conducts research in laser processing of materials, with a particular focus on ceramics and glasses. He holds a PhD in Applied Physics and a degree in Mechanical Industrial Engineering from the University of Vigo. His doctoral research on laser cutting of advanced ceramics received both the Extraordinary Doctorate Award from the University of Vigo and national recognition. He has carried out international research stays as a Marie Curie fellow, including work at Rutgers University, as well as visiting positions at Imperial College London and the University of Minho. He is co-inventor of the Laser Spinning technique and the Cofiblas process for the continuous production of glass nanofibers. Author of over 130 peer-reviewed publications and co-inventor of multiple national and international patents, his current research focuses on high-performance glass nanofibers for structural, biomedical, and optoelectronic applications.

Antonio Riveiro Rodríguez is an Associate Professor at the Department of Materials Engineering, Applied Mechanics and Construction, School of Engineering, University of Vigo. His research focuses on laser macro- and microprocessing, including laser cutting, laser surface microtexturing, and the synthesis of nanomaterials for biomedical and functional applications. He has carried out research stays at leading international institutions, including the University of Manchester (School of Materials), Imperial College London (Department of Materials) and University of Minho (3B's Research Group in Biomaterials, Biodegradables and Biomimetics). Author of more than 120 peer-reviewed publications and co-inventor of multiple national and international patents, he has also co-edited a major handbook on additive manufacturing. He is recognized among the world's top 2% most cited scientists according to the Stanford University ranking.

Rafael Comesaña is an Associate Professor at the Department of Materials Engineering, Applied Mechanics and Construction, School of Engineering, University of Vigo, with expertise in laser processing, additive manufacturing, and biomaterials engineering. He holds a degree in Industrial Engineering and a PhD focused on laser-based rapid prototyping for functional bone implants, awarded with the European Doctoral Award by the European Society for Biomaterials. His research integrates laser additive manufacturing of glasses and ceramics, mechanical testing, and structural integrity. He has led and participated in numerous innovation and technology transfer projects with multinational companies and is co-inventor of multiple national, European, and PCT patents. He currently co-coordinates the European Innovation Council Pathfinder project EVERGLASS, with a strong emphasis on early-stage results exploitation. Author of over 120 peer-reviewed publications and editor of an international book, his work bridges fundamental research and industrial application in advanced manufacturing technologies.

Jesús del Val is Assistant Professor at the Defense University Center, Marin, Spain. He holds a PhD in Advanced Industrial Technologies and a degree in Industrial Engineering from the University of Vigo. His research focuses on laser surface modification, nanoparticle synthesis, and additive manufacturing. He has carried out research stays at leading international institutions, including the Hong Kong University of Science and Technology, Imperial College London and Columbia University (New York). He has received several international recognitions for his contributions in the development of advanced laser-based manufacturing processes.

胡安·普（Juan Pou）是維戈大學應用物理學的全職教授，專精於激光材料加工和基於激光的增材製造。他於1980年代中期開始接觸激光技術，並在西班牙建立了最大的激光材料加工研究小組之一，並目前擔任該小組的負責人。他的研究涵蓋激光宏觀、微觀及納米製造，包括先進金屬、陶瓷和玻璃材料的激光輔助增材製造。他指導了多篇博士論文，並在高影響力的國際期刊上發表了超過200篇科學出版物。他是國際書籍的共同編輯，並共同擁有超過30項國內和國際專利。他還擔任過重要的學術領導角色，並在歐洲和美國的領先機構進行研究交流。根據史丹佛大學的排名，他被列為全球前2%最被引用的科學家之一。

費爾南多·盧斯基尼奧斯（Fernando Lusquiños）是維戈大學應用物理學的全職教授，自1990年代中期以來，他在基於激光的材料加工方面發展了他的研究生涯。他在利物浦大學向比爾·斯廷教授學習激光堆焊技術的基本原理。他在激光堆焊、表面改性和生物活性塗層的生產方面做出了重要貢獻。他參與了多個國家和歐洲的研究項目，並主導了多個產業資助的研究合約。他是超過150篇同行評審的科學出版物的作者，並共同擁有超過20項專利，指導了多篇博士論文。根據史丹佛大學的排名，他被認可為全球前2%最被引用的科學家之一。

穆罕默德·布廷吉扎（Mohamed Boutinguiza）是維戈大學工程學院應用物理系的全職教授。他的研究生涯始於1996年，專注於材料的激光加工。他的專業涵蓋激光切割、鑽孔和表面改性。近年來，他的工作重點是激光輔助生產納米顆粒。他曾在多個國際機構進行研究交流（如利物浦大學（英國）、阿維羅大學（葡萄牙）、微電子與微系統研究所（意大利）、法國國家科學研究中心、ICERLYON（法國））。他參與了多個國家和歐洲的研發項目。作為超過100篇同行評審出版物的作者和多項專利的持有者，他根據史丹佛大學的排名被列為全球前2%最被引用的科學家之一。

費利克斯·金特羅·馬丁內斯（Félix Quintero Martínez）是維戈大學的副教授，專注於材料的激光加工，特別是陶瓷和玻璃。他擁有應用物理學博士學位和維戈大學的機械工業工程學位。他的博士研究關於先進陶瓷的激光切割，獲得了維戈大學的特別博士獎和國家認可。他曾作為瑪麗·居里研究員進行國際研究交流，包括在羅格斯大學的工作，以及在倫敦帝國學院和明霍大學的訪問職位。他是激光紡絲技術和連續生產玻璃納米纖維的Cofiblas工藝的共同發明人。作為超過130篇同行評審出版物的作者和多項國內及國際專利的共同發明人，他目前的研究重點是用於結構、生物醫學和光電應用的高性能玻璃納米纖維。

安東尼奧·里維羅·羅德里格斯（Antonio Riveiro Rodríguez）是維戈大學材料工程、應用力學與建設系的副教授。他的研究專注於激光宏觀和微觀加工，包括激光切割、激光表面微紋理化以及用於生物醫學和功能應用的納米材料合成。他曾在多個國際領先機構進行研究交流，包括曼徹斯特大學（材料學院）、倫敦帝國學院（材料系）和明霍大學（生物材料、可生物降解材料和仿生材料的3B研究小組）。作為超過120篇同行評審出版物的作者和多項國內及國際專利的共同發明人，他還共同編輯了一本關於增材製造的重要手冊。根據史丹佛大學的排名，他被認可為全球前2%最被引用的科學家之一。

拉斐爾·科梅薩尼亞（Rafael Comesaña）是維戈大學材料工程、應用力學與建設系的副教授，專長於激光加工、增材製造和生物材料工程。他擁有工業工程學位和專注於基於激光的功能性骨植入物快速原型製作的博士學位，並獲得了歐洲生物材料學會的歐洲博士獎。他的研究整合了玻璃和陶瓷的激光增材製造、機械測試和結構完整性。他主導並參與了多個與跨國公司合作的創新和技術轉移項目，並共同擁有多項國內、歐洲和PCT專利。他目前共同協調歐洲創新委員會的EVERGLASS項目，強調早期成果的開發。作為超過120篇同行評審出版物的作者和國際書籍的編輯，他的工作在先進製造技術中架起了基礎研究與工業應用之間的橋樑。

赫蘇斯·德爾·瓦爾（Jesús del Val）是西班牙馬林的國防大學中心的助理教授。他擁有先進工業技術的博士學位和維戈大學的工業工程學位。他的研究專注於激光表面改性、納米顆粒合成和增材製造。他曾在多個國際領先機構進行研究交流，包括香港科技大學、倫敦帝國學院和哥倫比亞大學（紐約）。他因在開發先進的基於激光的製造過程中的貢獻而獲得多項國際認可。