Matrix Analysis of Structures

3 Units

This course emphasizes analysis of statically indeterminate structures through the direct stiffness matrix formulation, with a focus on computer-based solutions using MATLAB. It includes the slope-deflection method; development of element equations for 1D axial and flexural members and local element stiffness matrix formulations; transforming element stiffness between local and global coordinate systems; assemble stiffness matrices for the structure; construct displacement fields for axial and flexural members, and introduction to finite element analysis; shape functions in FEA; potential energy method and principles of elasticity. Students enrolled in ECIV 416 will complete a term project involving the analysis of indeterminate structures with at least six degrees of freedom. Offered as ECIV 316 and ECIV 416 . Prereq: ENGR 130 and ECIV 315 .