• 3D Printing composites to manufacture high performance components

    ByLahari Ramya Posted on

    Additive manufacturing (AM) also known as 3D Printing composites to manufacture high performance components. It enables complex geometry composite parts unmatched by standard methods. This disruptive technology empowers rapid design iterations and easier customization benefiting infrastructure deployment. Combined with reinforced nanocomposites boasting superior mechanical properties, 3D printed composites serve critical needs from transportation to energy…

  • Nanocomposites – Tiny Particles, Huge Potential

    ByLahari Ramya Posted on

    Nanocomposites represent an exciting new class of hybrid materials. Exhibiting exceptional properties by incorporating nanoscale reinforcements. Like graphene, carbon nanotubes, nanoclays or cellulose nanofibers into a bulk material like polymers or metals. With at least one dimensional length less than 100nm. The nanosized phase provides reinforcement via immense interfacial area between nanofiller and matrix. The…

  • Beyond Metal -Composite Materials Take to the Skies

    Beyond Metal -Composite Materials Take to the Skies

    ByLahari Ramya Posted on

    Composite materials like carbon fiber and fiberglass infused resins are revolutionizing aircraft construction. With their exceptional strength-to-weight ratios, corrosion resistance, and design flexibility compared to traditional aluminum airframes. As aerospace engineers push the boundaries for fuel efficiency, range, and maneuverability, innovative applications of composites have become critical for building the next generation of civilian and…

  • Green Composites – Based on Natural Fiber

    Green Composites – Based on Natural Fiber

    ByLahari Ramya Posted on

    Green composites(GC) are a class of  Bio-composites. They are engineered by reinforcing a natural fiber in a bio-based polymer matrix . Composites are used in several applications. The characterization of polymer composites based on recyclable polymers.  In recent efforts are made to reduce carbon fiber. There are range of applications towards smart composites. The mechanical…

  • Glass Fiber Composite

    Glass Fiber Composite

    ByLahari Ramya Posted on

    Composites are highly adaptable and can be made use in various applications. As they are robust, stiffer, lighter than metal and moldable to any shape. They can also be tailored to meet required properties of a particular application. Fiberglass or Glass fiber composites (GFC) are one kind of fiber reinforced composites material with low density,…

  • Uses of Composites in Construction – 6 Composites Materials Examples

    Uses of Composites in Construction – 6 Composites Materials Examples

    ByLahari Ramya Posted on

    Composite materials are innovative substances created by combining two or more materials with different physical properties to achieve superior performance characteristics. These remarkable materials are found in a wide range of surprising applications, from ancient mud bricks to modern aerospace engineering. Some fascinating examples include wood, a natural composite of cellulose fibers and lignin; fiberglass,…

  • 4 Main Types of Composites Classification

    4 Main Types of Composites Classification

    ByLahari Ramya Posted on

    A composite is a material engineered from two or more materials with different physical or chemical properties. Composites classification is generally done based on the material used for the matrix. In the field of civil engineering, the classification of composite materials plays a crucial role in understanding their applications and selection for various construction projects….

  • 5 Advantages of Composites over traditional Materials

    5 Advantages of Composites over traditional Materials

    ByLahari Ramya Posted on

    Advancements in fields of science and technology lead to change in material technology. The choice between composites over traditional materials is a critical one. A wide range of modern materials with efficient properties have evolved which includes composites along with traditional materials like wood or metals. Traditional materials like wood, steel, and concrete show a wide…

  • Use Of Composite Materials For Aircraft Value – Aerospace Applications

    Use Of Composite Materials For Aircraft Value – Aerospace Applications

    ByLahari Ramya Posted on

    An aircraft is made of several components. Though it takes off and flies as a single flight. Yet it comprises numerous components separable and continuous as a single independent aircraft. Composite structure makes the 787 dreamliner light and strong. It also reduces the cost of components made.  Picking up or choosing a material for  aircraft…

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