Applied Finite Element Analysis

Course Description

This Applied Finite Element Analysis course offers an extensive exploration of the practical applications of finite element analysis (FEA) using Creo Simulate and Ansys. Using Simulate, students will learn to perform linear static structural and thermal analyses of parts and assemblies. Students will also learn to represent preloaded bolts, create both solid and thin shell meshes, and improve the reliability of FEA results through convergence studies. Creo Simulate’s integration with the Creo Parametric, a computer-aided design (CAD) tool, provides several advantages. First, the integration enables remarkable efficiency in performing analyses. Simulate also seamlessly manipulates the CAD model in running design optimizations. Additionally, CAD models can be generated from the results of Generative Design studies. Ansys is an industry standard FEA program. In the Ansys portion of the course, students will revisit the most common types of analyses, making some comparisons back to the results from Creo Simulate. Next, students will learn to partition CAD geometry into mesh-able volumes and construct high quality hexahedral meshes. Finally, students perform a broad array of other simulation types that include transient structural, nonlinear materials, explicit dynamics, and computational fluid dynamics. Throughout the course, students will have opportunities to apply the techniques covered in ways that align with their personal interests, other courses, or career ambitions. CAD experience preferred but not required. Course work or knowledge of matrix analysis/algebra recommended.

Code

EN.530.430

Credits

3

Subject

Mechanical Engineering

Programs That Include This Course

• Bachelor's Engineering Mechanics, Bachelor of Science
• Minor Civil Engineering, Minor