Designing and Analyzing Composite Structures

This course covers the comprehensive study of designing and analyzing polymer composite structures. It provides an in-depth understanding of the failure of laminates and the calculation of failure load. The course delves into the classical lamination theory, its application in calculating stresses in the lamina of a laminate, and the use of different failure criteria. It further explores the practical application of these theories in designing a thin cylindrical pressure vessel. The course also discusses the process of designing components using Fiber Reinforced Polymer (FRP) Composites, including material selection, stress and strain calculation, and application of failure theories. It provides examples of designing a pressure vessel and an electronic device plate using FRP Composites, and calculating the weight savings and cost-effectiveness of using these composites.