Engineering Research
Materials Science
Engineering Series
Books by Keyword: Thin Films
Books
Functional materials are generally characterized as those materials which possess the particular native properties and functions, including electrical, magnetic, optical, thermotic, acoustic, mechanic, chemical, biological functions. The development of functional materials is at the heart of technological needs and the forefront of materials research.
We believe the volume will be essential for those whose activities related with materials science and manufacturing technologies and will provide an inspiration for future studies and advancement.
The present collection of papers from 12th International Conference „Local Mechanical Properties“ which was held on November 04.- 06.2015 in Liberec, Czech Republic presents current publications of conference participants from several countries .
Besides the traditional research in area of mechanical properties of different metallic materials, composites, polymers was focused attention also on research of thin layers and nanomaterials. The significant potential of application of these new materials significantly affects on research activities of academia. Future application of innovative materials in different areas of human activities, already requires from researchers the definition of materials properties on atomic level. Conference by its content contributed to the deepening of knowledge about the internal structure of various materials, their mechanical and tribological properties.
Methods of Solid-state science for application in different areas of materials research.
The 159 papers are grouped as follows:
Chapter 1: Nanoscale Materials and Technologies;
Chapter 2: Polymeric and Composite Materials and Their Properties;
Chapter 3: Investigations in Rubber Based Materials;
Chapter 4: Surface Engineering and Technologies of Coating;
Chapter 5: Bio- and Eco Materials;
Chapter 6: Metals and Alloys, Industrial Chemical Technologies;
Chapter 7: Technologies of Materials Processing;
Chapter 8: Materials and Related Technologies in Construction;
Chapter 9: Physical Properties of Materials in Mechanical Engineering
The 121 papers are grouped as follows:
Chapter 1: Advanced Ceramics;
Chapter 2: Catalytic Materials;
Chapter 3: Composites and Polymers;
Chapter 4: Electrochemical;
Chapter 5: Manganite and Magnetic Materials;
Chapter 6: Nanomaterials and Nanotechnology;
Chapter 7: Materials and Technologies in Waste Utilization and Environmental Engineering;
Chapter 8: Technology of Glass;
Chapter 9: Materials and Technologies in Electronics and Optoelectronics;
Chapter 10: Superconductor Materials;
Chapter 11: Materials and Technologies in Production of Thin Films;
Chapter 12: Sensors and Techniques of Measurements in Materials Science and Production