Key Engineering Materials

Description: This special edition presents an overview of recent advancements in materials science and engineering, covering key themes such as the processing of structural metals, fatigue analysis critical for enhancing durability and safety, and innovative building materials and construction technologies aimed at sustainable development. This edition serves as a valuable resource for researchers and practitioners in materials engineering, machinery and construction.

Description: This special edition presents recent research results and engineering solutions in materials science and treatment technologies, with an emphasis on innovative processing techniques, the development of technological tools, and emerging applications in modern industries and aims to serve as a valuable reference for researchers and engineers seeking insights into the latest trends and technologies shaping modern materials science.

Description: This special edition presents a focused examination of significant topics in materials science and engineering, emphasising practical applications of research results. The presented achievements provide valuable information for researchers and engineers seeking to advance material performance and manufacturing processes through integrated approaches.

Description: The ongoing development of mechanical engineering relies on engineers' ability to design, shape, and adapt materials for demanding industrial and external conditions of use. The special edition presents a collection of studies that explore innovative materials manufacturing and treatment processes, modelling, and performance analysis of their properties and behaviour in different conditions and is a valuable resource for researchers and engineers involved in developing advanced materials and innovative processing technologies.

Description: Understanding how materials perform under stress, degrade over time, and interact with their environment is at the heart of modern mechanical engineering, etc. This special edition unites studies devoted to the mechanical behaviour, durability, and surface performance of advanced structural materials - highlighting both fundamental principles and practical ways for analysis and structural protection that support safety and durability, and will be helpful for engineers and researchers seeking to advance the strength, safety, and sustainability of modern structural materials.

Description: Modern engineering is based on the integration of materials, technological processes, and intelligent systems that enable innovations, efficiency and precision of production. This special edition brings together research from various fields of engineering, including welding processes, drilling fluid development, machine design practices, and sensing technologies, to provide practical information for researchers and engineers seeking to advance industrial innovation.

Description: This special edition presents a collection of studies dedicated to the computational modelling, simulation, and functional properties analysis of advanced materials across various engineering domains and scientific research. The contributions illustrate how computational tools, numerical methods, and theoretical approaches contribute to materials design, their processing optimisation, and performance evaluation. The special edition aims to serve as a valuable reference for researchers, engineers, and students engaged in computational materials science, applied physics, and engineering technologies.

Description: The special edition illustrates recent research outcomes in materials science, chemical technologies, construction, biomass processing, and nanotoxicology. The collection reflects scientists' and engineers' efforts to create solutions that meet modern environmental, technical, and health-related requirements. It is a valuable resource for researchers and engineers whose professional activity is dedicated to advancing materials science and sustainable technologies.

Description: This special edition brings together results from a diverse range of studies in materials science and modern technologies. The presented articles reflect the dynamic and interdisciplinary nature of modern research in materials and technologies, which ensures innovations, sustainability, and technological progress. We hope this special edition serves as a valuable reference for researchers, engineers, and students engaged in the development of advanced materials and technologies.