The aim of this course is to show you different theoretical and practical applications of FEA with a firm focus on getting accurate simulation results, not just pretty pictures. In this 3-module course you will learn about advanced meshing strategies, modelling material non-linearity, numerics, and Dynamic Analysis. Students who complete the video lectures, step-by-step exercises, and quizzes to 100% will receive a special SimScale Certificate of Completion which can be added to a resume or course profile on Linkedin.
Each session consists of:
In this first session, we will discuss advanced meshing strategies and you will learn how to choose the right discretization approach for your engineering problem.
The second session will be focused on different approaches to modelling nonlinear material behavior. We will discuss strength theory and how different types of materials can be represented.
During the final session, we will discuss the physics of a dynamic Finite Element Analysis and delve into the details of numerics.
I hope you enjoy the course and Happy Simulating!
As the Academic Program Manager at SimScale, Milad actively works with students and educators in the SimScale community. He hosts monthly workshops covering a range of topics from CFD to FEA to thermal analysis. He has more than 10 years of professional experience with engineering simulation and motorsport aerodynamics.