Books by Keyword: Mechanical Properties

Description: This special edition presents recent advances in the analysis of heat and mass transfer phenomena, performance, and structural transformation of engineering materials under complex operating conditions.

Description: This special edition presents a multidisciplinary collection of research addressing key challenges in materials science, environmental engineering, mechanical modelling, and intelligent systems for mechatronics, and is intended to serve as a valuable reference for researchers, engineers, and students whose activities involve interdisciplinary engineering solutions.

Description: The special edition highlights recent research in properties analysis of advanced alloys and steel, and highlights their expanding role in sustainable technologies. The articles address high-entropy alloys, shape memory alloys, and carbon structural steel, focusing on their mechanical properties, corrosion behaviour, and machinability using electric discharge machining. Beyond structural metals, the edition explores processes in biomass processing, waste recycling, and pollutant removal, underscoring the importance of environmental and resource recovery solutions. This edition presents a multidisciplinary perspective on the development of advanced structural materials and technologies for environmental protection, with a focus on sustainability.

Description: This special edition presents a collection of recent research results and technological developments in materials science and engineering, with a focus on structural metals, construction technologies and building materials, energy storage systems, and aerodynamic design. The edition will be a valuable resource for researchers, engineers, and students seeking to advance the field of engineering science and practice.

Description: This special edition presents a comprehensive selection of research contributions that reflect current advances and emerging directions in materials science and sustainable engineering. The focus of the edition is on the development, processing, and application of both traditional and advanced materials, as well as on environmentally responsible technologies that support resource efficiency and sustainable industrial practices.

Description: This special edition presents a focused selection of research addressing durability, surface engineering, and advanced material functionality in modern engineering applications. The contributions reflect current efforts to enhance material performance and reliability under demanding service conditions.

Description: This special edition presents a multidisciplinary collection of research results addressing key challenges and innovations in bioenergy technologies, materials processing and construction engineering, and is intended to serve as a valuable reference for researchers, engineers, and students, supporting further innovation across the mentioned fields.

Description: This special edition presents a focused selection of research results addressing key aspects of materials engineering and sustainability. The contributions reflect current efforts to enhance material performance while minimising environmental impact across the industrial and construction sectors.

Description: The presented volume of the journal contains articles that are devoted to modern scientific research and engineering design in biomaterials and biomedical engineering, focusing on materials for bone regeneration, increase of magnesium alloy's biocompatibility, improvement of the mechanical properties of synthetic and natural fibers composites for application in orthopaedic prosthetics, and designing some devices for diagnosis, blood perfusion analysis, surgery training, etc.

Description: The special edition presents recent research results and technological advances across materials science and sustainable building materials, highlighting both traditional solutions and environmentally responsible innovations. This edition is designed to serve as a valuable resource for researchers, engineers, and students seeking to advance materials science and promote environmentally responsible engineering practices.