| If you as an engineer encounter difficulty in modeling functionally graded materials (FGMs) in simulations, then this tutorial video is yours. Fortunately, the use of material-related user subroutines in Abaqus enables the definition of custom material properties and the accurate simulation of complex materials. One example of these special materials is FGMs, which exhibit a wide range of potential and actual applications in several industries including aerospace, automotive, coating, electronics, biomaterials, construction, as well as cutting tools. In this Abaqus tutorial, a variety of FGM modeling approaches in Abaqus have been presented. In the beginning, we will utilize Abaqus/CAE merely to discretize an FG material into layered material with homogenous elements without using any subroutines. Next, we will lead you through the process of modeling FGMs in Abaqus using the UMAT subroutine. Finally, we demonstrate how to create an FGM in Abaqus using the USDFLD subroutine with solid and shell elements. Throughout the tutorial, the results of each implemented method are compared and their respective advantages are discussed. In all steps, we elucidate each subroutine in detail and conduct validation studies as well in workshops. Upon completion of this tutorial, learners will acquire an extensive comprehension of how to model FGMs in Abaqus without utilizing any subroutines or by using the UMAT subroutine and the USDFLD subroutine with solid and shell elements. In addition, users would have gained valuable insight into the capabilities of user-defined material subroutines and the benefits they provide for accurately simulating complex materials. |
Modeling Functionally Graded Materials (FGMs) in ABAQUS
€ 180.0
If you as an engineer encounter difficulty in modeling functionally graded materials (FGMs) in simulations, then this tutorial video is yours. Fortunately, the use of material-related user subroutines in Abaqus enables the definition of custom material properties and the accurate simulation of complex materials. One example of these special materials is FGMs, which exhibit a wide range of potential and actual applications in several industries including aerospace, automotive, coating, electronics, biomaterials, construction, as well as cutting tools. In this Abaqus tutorial, a variety of FGM modeling approaches in Abaqus have been presented.
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| Expert | |
|---|---|
| Included | |
| Tutorial video duration |
Check with support! |
| language |
English |
| Level | |
| Package Type | |
| Software version |
Applicable to all versions |
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