Transcription of Finite Element Structural Analysis
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Finite Element Structural Analysis
1 Introduction to the Finite Element Method (FEM) CVEN 4511/5511, Fall 2019 TuTh 9:30-10:45am, ECCE 1B41 (classroom) or Bechtel Lab (ECCE 157 or 161) Instructor: Prof. Richard Regueiro, office hours: M,W,Th 11am-12pm, Tu 12-2pm, ECOT 421 Course Description: The course covers theory and application of the linear, static and dynamic, Finite Element (FE) method for continuum mechanics. We will work through, in detail, the formulation of Finite Element equations for a 1D, linear, axially-loaded bar: differential equation (strong form), integral or variational equation (weak form), discrete approximation of weak form (Galerkin form), and the Finite Element equations (matrix form to solve numerically). We will derive shape functions and discuss numerical integration.
finite element analysis experience using a commercial program (e.g., ABAQUS) that you may encounter while working at an engineering design and analysis firm, or.
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