Key Engineering Materials

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.

Description: The presented special edition is based on research results in diverse fields of materials science and engineering, giving readers insights into advanced materials and transformative technologies shaping the modern world. Focusing on the development of technology and the synthesis of new materials that transform our approaches to solving many engineering problems it will be a valuable source for many specialists whose professional activities contribute to the sustainable development of the designated areas of engineering.

Description: Materials science and processing technologies play a pivotal role in addressing technical challenges and fostering innovation across diverse industries. This special edition provides the results of multidisciplinary explorations on key topics in the area of materials that shape modern advancements in engineering and will be useful to many specialists in materials science, machinery, chemical and biomedical engineering and construction.

Description: This special edition is dedicated to research results in structural engineering and measurement systems and aims to serve as a valuable resource for students, researchers, and the engineering community whose activity is related to the mentioned branches of engineering.

Description: The articles included in this special edition explore composites, materials for photovoltaic application, waste treatment and environmental remediation, building materials, and manufacturing processes, showcasing a spectrum of solutions that address contemporary challenges while shaping a sustainable future. This edition is a useful resource for researchers, practitioners, and students seeking a comprehensive understanding of the innovative technologies and methodologies shaping the future of engineering and materials science.

Description: This special edition contains articles based on the results of research and engineering developments in applied materials and technologies offering insights into both fundamental properties and practical applications. We hope that this special edition will be a useful resource for researchers, practitioners, and students whose professional activity is related to materials engineering.

Description: This special edition presents the results of cutting-edge research and engineering solutions across diverse materials science and processing technology domains, offering valuable knowledge and data for researchers, practitioners, and students working to solve challenges in these interdisciplinary fields.

Description: The civil engineering and environmental engineering fields continue to evolve rapidly, driven by imperatives of sustainability and innovation. The articles compiled in this special edition reflect the results of cutting-edge research and practical engineering decisions in domains of sustainable and high-performance building materials, geotechnical engineering and pollutant absorption technologies. We hope this special edition will serve as a valuable resource for academics, professionals, and students seeking insights into the transformative advancements shaping our built and natural environments.

Description: This special edition presents a collection of research results in materials and materials processing technologies and will be a useful resource for academics, professionals, and students, fostering new ideas and advancements across the mentioned fields of study.