Laser Micro- and Nano-Scale Processing
Fundamentals and applications
Contributions by Esther Akinlabi, Ahmed Al-Hamaoy, Chiara Mandolfino, Fatoba Olawale, Shashi Prakash, Fatema H. Rajab, Miguel Morales, Verica Pavlic, Dr. Rasheedat Modupe Mahamood, Prof. Dr. Bassam Rasheed, Assit. Prof. Dr. Furat I. Hussein, Dr. Enrico Lertora, Dr. Marco Pizzorni, Prof. Carla Gambaro, Prof., Dr. Silvia Vicini, Dr. Maila Castellano, Dr. Israt Kabir, Dr. Sumsun Naher, Assist. Prof., Dr. Brian Freeland, Dr. Eanna McCarthy, Dr. Sithara Sreenilayam, Prof., Dr. Greg Foley, Dr. Fatema Rajab, Dr. Ahmad Al-Shaer, Mrs. Tayf Sahib, Ms. Yalda Afkham, Dr. Jennifer Gaughran Edited by Dr Ahmed Issa, Professor Dermot Brabazon

Publication date:
02 August 2021Length of book:
210 pagesPublisher
Institute Of Physics PublishingDimensions:
254x178mm7x10"
ISBN-13: 9780750316811
This book presents a collection of chapters written by experienced researchers in the fields of laser micro- and nano-scale processing for both surface and bulk processing covering surface modification processes, laser material interaction regimes, laser system construction for micro- and nanomachining applications, and the thermal mathematical modelling of laser processes. As an important reference for researchers in the field of micro- and nano-scale processing, this book aims to assist researchers and postgraduates in becoming familiar with the principles, capabilities and potential of the laser processing of materials quickly. Offering a one-stop reference, this book provides an understanding of the physical phenomena, process principles, latest achievements, and applications from the key researchers and research groups that focus on precision micro- and nano-scale laser processing.
Key Features
- Provides the fundamental processes and applications of laser micromachining.
- Includes simplified descriptions of the physical principles underlying micromachining.
- Details the physical phenomena, process principles, and latest achievements.
- Descriptions, illustrations, and citations will be provided throughout to enhance the reader experience.
- Mathematical modeling, simulation packages, and experimental procedures will be explained.