
Explore the history and evolution of composite materials, from ancient mud-and-straw blends to modern carbon fiber systems, highlighting applications in construction, aerospace, automotive, and beyond.
Explore the polymer matrix in composites, detailing the matrix as the continuous phase, the reinforcements, and the interface, and compare thermoset and thermoplastic matrices for property tailoring and applications.
Thermosets form a permanent cross-linked network via chemical reaction and degrade at heat rather than melt. Thermoplastics melt above melting point and solidify on cooling, though heating can degrade properties.
Discover reinforcement materials for composites—fibers, flakes, and particles—focusing on carbon and glass fibers, their length and diameter, and how they transfer shear to the matrix and enable manufacturing.
Open contact molding covers hand layup and spray-up techniques to fabricate composites by impregnating fibers with resin on a mold, using mold release, rollers, and air removal before cure.
Explore resin infusion processes, including vacuum assisted resin transfer molding, achieving uniform resin distribution with low viscosity resin and catalyst under vacuum, enabling large aerospace parts without an autoclave.
Compression molding uses a hydraulic press to produce high-quality composite parts with cycle times tied to part size, while injection molding, a closed high-volume process, yields nylon with chopped glass.
Learn filament winding and pultrusion, using a horizontal mandrel and traversing carriage to wind fibers and pull them through a heated die for continuous, constant cross-section shapes.
Note: The instructor of the course has second language English proficiency if the learners are not comfortable with it then they are advised to not enroll in the course. Also, the learners who think they have a piece of sufficient knowledge about this course are not advised to enroll in the course.
Welcome to the course Fundamentals of Composite Materials!
Composite materials find various applications in the aerospace and automobile industries. This course focus on the following topics:
History Of Composite materials.
Polymer Matrix
Reinforcement particles
Fabrication of Composites materials
Application of Composite materials