composite materials range from 27 to 90 000 depending on the quality
This all varies on materials which could be anything from wood, metal, composites. The cost varies depending on design and materials used.
Some disadvantages of composites include higher initial cost compared to traditional materials, susceptibility to delamination or damage from impact, and difficulties in repairing or modifying composite structures. Additionally, recycling composites can be challenging due to the complexity of separating and processing the different materials.
Combination of two or more materials
A. T. DiBenedetto has written: 'A study of the fatigue behavior of fiber reinforced composites' -- subject(s): Fatigue, Fiber composites, Graphite composites 'The structure and properties of materials' -- subject(s): Materials
-Polymers -Composites -Metals -Ceramics
Major materials studied in material science include: Composites and nano-composites Carbon fibers Polymers and plastics Alloys and allotropes Supercritical fluids Glass and others Ceramics
Composites
Composites means which is made of composition of two constituents where as synthetics is the combination of two or more parts, composites having constituents of different physical and chemical properties, where as in case of synthetics it can have same chemical or physical properties,in case of composites the ratio of material is maintained but it can not be in case of synthetics...e.g of synthetics is plastic, or composites is concrete
Composites are made from two constituent materials. The two materials have different chemical and physical characteristics from one another, and the composites they form have different characteristics from both of them.
aluminum, tin, composites, steel, and a variety of materials.
Laminar composites are materials composed of multiple layers (laminates) that are bonded together, often featuring different materials or orientations to enhance specific properties. The primary reason for fabricating these materials is to achieve a combination of strength, stiffness, and lightweight characteristics, making them suitable for applications in aerospace, automotive, and civil engineering. By optimizing the arrangement and materials of the layers, laminar composites can be tailored for specific performance requirements.
B/c for what they weigh, composites are often very strong, which makes them a desirable choice wherever one can afford it.