The textbook "Structural Analysis" provides a comprehensive introduction to the structural analysis of aerospace structures. Developed by experienced educators from the Georgia Institute of Technology, it conveys fundamental concepts and methods of structural analysis for students in aerospace engineering and mechanical engineering. The text places particular emphasis on clarity and consistency in the presentation of content and covers the equations of linear elasticity as well as the basic behavior of isotropic and composite materials. The analysis of practical structural components such as bars, beams, and plates is central, with special topics like bending, shear, and the torsion of thin-walled beams being discussed in detail. Additionally, advanced topics such as warping, non-uniform torsion, shear deformations, thermal effects, and plastic deformations are addressed. The book offers a unified treatment of work and energy principles and leads to an exploration of approximate analytical methods, including an introduction to matrix and finite element methods. It is a valuable teaching resource for educators and students worldwide.