Books by Keyword: Mechanical Properties

Description: The International and National Seminar on Materials and Metallurgical Engineering (BKPMM-SENAMM XVI 2023, Kota Balikpapan, Indonesia, 2023) was focused on advancing research and innovation in materials, metallurgy, chemical engineering, and construction with an emphasis on sustainable engineering practices and green technologies. The collected articles will be helpful for a wide range of engineers and researchers.

Description: The 76th volume, compiled from articles devoted to the latest engineering solutions in high-entropy alloys, machinery, power engineering, and construction, ranging from geotechnics to structural mechanics. This journal issue will be of particular relevance to specialists in machinery, energy, and construction.

Description: The special edition presents a comprehensive review of four areas of materials science development that define its current landscape. The presented investigations bridge traditional metallurgy with cutting-edge nanoscience and additive manufacturing, providing readers with essential engineering information. This special edition is intended for researchers, engineers, educators, and students seeking authoritative guidance in the rapidly evolving field of materials science.

Description: The special edition offers a focused examination of significant domains in contemporary materials science and engineering. The compiled articles provide readers with a comprehensive foundation for understanding both the practical applications and scientific methodologies that drive progress in modern materials technology. This special collection is designed to serve researchers, engineers, and students seeking authoritative knowledge in the rapidly advancing fields mentioned.

Description: This special edition presents a concise yet comprehensive exploration of key advancements and solutions in contemporary materials science and engineering, aiming to provide essential scientific and engineering information that fosters a deeper understanding of the complex interplay between materials, technologies, and the features of their applications.

Description: This special edition compiles recent solutions and research findings in materials science, with a particular focus on polymers, surface engineering, and catalytic processes for sustainable energy applications. The collected articles are a valuable information resource for researchers and engineers, inspiring further innovation in the development of advanced and sustainable materials and technologies.

Description: This special edition features an overview of studies that span the analysis properties of structural materials and innovative technologies of their synthesis, processing and methods of effective application in machinery and construction. The edition provides valuable insights for researchers, engineers, and practitioners involved in developing stronger and more efficient structural materials and sustainable technologies for treatment.

Description: This special edition brings together studies that highlight the versatility of polymers and composite materials, the innovation behind functional materials, and the growing significance of sustainability in the production of building materials and aims to inform readers about the results of modern research in these fields.

Description: The development of modern engineering and manufacturing relies on materials that meet increasingly demanding performance requirements. Among these materials, steel, alloys and protective coatings of their surfaces remain central to achieving strength, durability, and resistance in extreme environments. The special edition reflects research results that are essential for advancing industrial technologies and aims to provide both technical information and an inspiration for continued innovation in materials engineering.

Description: The volume presented articles on the research results of modern polymers for packaging solutions based on recycled materials, the optimisation of technological parameters for 3D printing of medical implants, and aluminium-based nanocomposites. The synthesis of carbon nanosphere-modified metal-organic frameworks as a promising electrode material for supercapacitors with improved electrochemical properties is also presented here. The volume will be profitable to many specialists in polymer materials and nanomaterials.