Advanced Composite Shell Theory and Applications

This course covers the comprehensive study of composite shell theory, its development, and applications. It starts with the exploration of a three-dimensional solution for a cylindrical shell, explaining the concepts of doubly and singly curved shells. The course then delves into the development of bending solutions using three-dimensional elasticity for simply supported shell panels. It further discusses the development of a three-dimensional buckling solution for a cylindrical shell, explaining the governing equations for two-dimensional shell theories. The course also introduces the advanced material of piezoelectricity and its application in smart structures. Lastly, it covers the process of conducting a free vibration analysis of a composite cylindrical cell. The course provides a deep understanding of the theory and practical applications of composite shells in various fields.