Key Engineering Materials

Description: Industrial innovation is grounded in continuously improving materials, optimising technological processes, designing effective production systems and equipment, and ensuring final product quality assurance. This special edition presents a collection of research results contributions across four domains of modern engineering practices: structural metal processing, surface treatment and tribology, industrial engineering and product quality, and engineering design and is intended for researchers and engineers engaged in advancing manufacturing systems and materials processing technologies.

Description: This special edition focuses on research results across three materials science domains: functional materials for advanced technologies, materials for biomedical applications, green building materials and some issues in the mechanical behaviour of building materials and structural elements. The edition is intended to serve as a resource for researchers and professionals seeking a multidisciplinary perspective on the frontiers and innovative solutions in materials science.

Description: This special edition aims to serve as a valuable resource for professionals engaged in materials science and engineering. Each chapter is designed to offer both theoretical understanding and practical insights, fostering a deeper appreciation of the complexities and innovations shaping modern materials technology.

Description: This special edition presents the results of engineering research in the latest materials encompassing polymers and composites, metals, and environmental remediation technologies and is intended for researchers, engineers, and students seeking to deepen their understanding of modern materials science and its role in solving real-world engineering and technological challenges.

Description: This special edition is a collection of results from a focused exploration of key processes and innovations in modern metalworking and materials engineering and offers a cohesive overview of engineering solutions and urgent technological challenges in the field of modern structural materials treatment that will be useful for a wide range of engineers in mechanical engineering.

Description: This special edition delves into the critical realm of structural integrity, presenting two interconnected facets: structural materials' behaviour under load and mechanical performance of concrete structures. The publication aims to provide engineers and researchers with valuable insights into ensuring the safety and longevity of structural materials and structures used in modern construction.

Description: The advancement of manufacturing and achievements in materials engineering has significantly shaped modern industries, enabling innovation, efficiency, and sustainability. This special edition is devoted to essential topics in the development and modification of advanced manufacturing processes and materials that drive industrial progress.

Description: Titanium and titanium-based alloys continue to be at the forefront of research, driven by their exceptional properties and widespread applications in aerospace, biomedical, and many other industrial sectors. This special edition aims to present the results of the exploration in three critical areas related to titanium: additive manufacturing techniques, reprocessing of titanium-based waste, and specialised applications of titanium. Researchers, engineers, and industry professionals will find this special edition valuable for understanding the next frontier of titanium technologies.

Description: This special edition represents to readers recent advancements and research findings across three critical areas of engineering: materials science, technologies and equipment for machining of structural materials and alternative energy engineering, offering valuable insights for both academics and engineers.

Description: This special edition presents the results of the exploration of properties and sphere of applications of cutting-edge engineering materials, providing a comprehensive understanding of their role in the development of various engineering fields. The compilation will serve as a valuable resource for researchers and engineers seeking to stay at the forefront of developments in applied material science, and we hope that it will inspire their further exploration and innovation.