Author(s):
1. Predrag Dašić, SaTCIP Publisher Ltd., 36610 Vrnjačka Banja i Visoka tehnička mašinska škola strukovnih studija (VTM, Serbia
2. Radovan Nikolić, Akademija strukovnih studija Šumadija (ASSŠ) – Odsek Trstenik, 37240 Trstenik (Srbija), Serbia
3. Violeta Đorđević, Akademija strukovnih studija Šumadija (ASSŠ) – Odsek Trstenik, Trstenik (Srbija), Serbia
4. Jelena Medić, Akademija strukovnih studija Šumadija (ASSŠ) – Odsek Trstenik, 37240 Trstenik (Srbija), Serbia

Abstract:
A composite material is a material that is made by combining two or more materials with different physical and chemical properties. By combining them, they create a material that has better physical, chemical and mechanical properties than both basic materials from which it is made, e.g.: it is many times lighter, has greater strength, is resistant to electricity, has improved strength, hardness, stiffness, etc. The reason for their production and use over traditional materials is that they improve the properties of their base materials and are applicable in many areas. They can be divided into several basic (main) groups: NC (Nano-Composites), MMC (Metal Matrix Composites), CMC (Ceramic Matrix Composites), PMC (Polymer Matrix Composites), NFC (Natural Fiber Composites), FGC (Functionally Graded Composites), HC (Hybrid Composites) and other ACM (Advanced Composite Materials ) and their subgroups. Some examples of the application of composite materials are: auto industry, electrical equipment, aviation structures, infrastructure, pipes and tanks, construction, etc.

Key words:
material,composite material (CM),nano-material (NM),hybrid material (HM),advanced materials (AM):

Thematic field:
SYMPOSIUM A - Science of matter, condensed matter and physics of solid states

Date of abstract submission:
23.08.2023.

Conference:
Contemporary Materials 2023 - Savremeni materijali

Abstract