About this Video:

In this tutorial video, we’ll guide you through the process of modeling FGMs in Abaqus using the USDFLD subroutine with solid elements. We’ll start by explaining the USDFLD subroutine and its advantages over the UMAT. Then, we’ll delve into the material properties of FGMs and their importance in various engineering applications.

Next, we’ll show you an example of how to define an FGM material in Abaqus using the USDFLD subroutine. We’ll walk you through the steps to create a cylindrical model with symmetric conditions, assign the FGM material using the USDFLD subroutine, and perform loading and meshing.

Throughout the tutorial, we’ll use solid elements and finite element method (FEM) to accurately model the behavior of the FGM. We’ll also show you how to define solution-dependent state variables (SDVs) using a tabular definition to calculate the Young’s modulus as a function of radius for our FGM.

By the end of this tutorial, you’ll have a solid understanding of how to model FGMs in Abaqus using the USDFLD subroutine with solid elements. You’ll also have gained valuable insight into the capabilities of user-defined material subroutines and the benefits they provide for accurately simulating complex materials.

So, if you’re interested in learning more about Abaqus projects, the USDFLD subroutine, FGMs, cylinders, and the finite element method, then this tutorial video is perfect for you. Follow along with us and learn how to create your own FGM material properties in Abaqus using the USDFLD subroutine.