Engineering Research
Materials Science
Engineering Series
Books by Keyword: Friction Stir Welding
Books
Modelling of friction stir welding, hot rolling, convention welding, numerical investigation of materials properties using computational materials science methods, and the modelling of the technological equipment allow the creation of a digital twin of the technological process and the transition to digital manufacturing. The tribology research, creation of biotechnology for the production of epoxidised rubber seed oil via lipase-catalyzed epoxidation, bioceramics synthesis and analysis of biocompatible coating on the magnesium alloy which can be used in biomedicine, a study of wastewater treatment processes features and investigation on building materials are also subjects of scientific and engineering research presented in this edition. This special publication will interest materials science, manufacturing technologies, machinery, biomedical engineering, and construction specialists.
This book collects the selected papers from the 7th ICBMC and the 6th ICMENS 2022 conferences, which discuss the latest research results, innovative ideas and experiences in materials science and engineering, materials properties, measuring methods and applications, nano-optics and nano-photonics. They cover research activities in various countries such as Switzerland, Japan, Spain, Saudi Arabia, Malaysia, Indonesia, and many others.
Nanomaterials and nanostructures for a wide range of applications, chemical extraction and synthesis of materials, composites and polymers, properties and processing technologies of structural steel and alloys, and sustainable building materials are the main topics of this book. The edition will be helpful to specialists in structural materials, nanomaterials, chemical technologies and materials in construction.
The 12th TIMA21 which was held in Timișoara, Romania, by videoconference (November 25-26, 2021), paid particular attention to practical problems in the area of new joining technologies, mechanical and structural characterization of advanced materials and joints, corrosion and assessment of damage state. The volume includes selected papers in which the authors reveal the results of their own research and development activity, carried out in the frame of their institutes, universities and economic field from Romania, Hungary, Serbia, Ukraine, Bulgaria, and Latvia.
This book contains papers presented at the 25th International Conference on Material Forming (ESAFORM 2022, 27-29 April 2022, Portugal). The European Scientific Association for material FORMing - ESAFORM - is a non-profit scientific association founded in January 1997 with the aim of propagating knowledge and advances in topics connected to forming processes for all types of structural materials. The present volume covers a wide range of research results and engineering solutions in technologies of materials forming and will be useful for many researchers and engineers from the machinery production area.
This issue introduces the latest results of research and engineering solutions in the field of applied materials science and modern materials welding and processing technologies, and will be helpful for many specialists in mechanical engineering, electronics and construction.