Composites are similar to essays; they are both an arrangement of parts coming together. Composites, however, have two essential phases: matrix and dispersed phase. The responsibility of the matrix is ​​to cover the materials used to form a new type of supply. Composites are also known as two or more types of materials that are combined to create a new material that could be used in different real-world applications. Commonly, composites are formed because they could be reusable, cheaper, and sometimes stronger. Three of the most commonly used materials to form composites are metals, polymers and ceramics [1]. Combining these materials offers suppliers more opportunities to create composites that will be used often in the market. But to build composites, suppliers need to understand how composites work. They are divided into three different composites: particle-reinforced composites, fiber-reinforced composites and structural composites [1]. Particle reinforced composites move into two divisions which are large particle size and dispersion resistance. Large particles find themselves in the condition in which the particle-matrix contact cannot be treated at the atomic or molecular level, while continuum mechanics is used in a different way. The filler used for particle-reinforced composites usually alternates material properties or may replace some of the polymer volume with cheaper material. In this case, the smaller and more uniformly distributed the particles are in the matrix, the more the effective reinforcement increases. A good example of a large particle composite is concrete [1]. In fiber-reinforced composites, however, the dispersed particles are considered small, which allows...... half the paper... of a very rigid and resistant material such as fiber-reinforced plastic, steel, titanium or plywood. All of these elements that help understand how composites are constructed can find their way into real-world applications. An example of one of the most common global applications where composites play an important role is bridges. A good number of bridges are supported by my concrete columns. Composites to suit this type of application are alternated to help increase ductility. The number of plate coatings involving thin composite laminates helps strengthen the concrete and many of the steel elements of bridges. A bridge that was one of the first opened to automotive activity with the use of composite materials was in Kansa City in 1996. This bridge was composed of honeycomb cells that were sandwiched structurally. This has allowed composites to be used among other bridges across the nation [2].