Modelling of Fiber metal laminate(Aluminum+GFRP) using Abaqus via VUMAT and Ductile Damage Criteria

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Hey there! Are you interested in learning how to create the perfect Fiber metal laminate composite? Well, you're in luck! In this video, I'm going to show you how to model and test FML composites for Aluminum and GFRP material under tensile testing. In order to model the Composite a 3D Hashin Criteria based on Instant damage model is used while Ductile damage criteria is used to model the behavior of aluminum. In order to model the bond between metal and GFRP , Cohesive zone approach based on traction separation law is used.
Benefits:
By following this tutorial, you'll be able to create stronger, more durable composites that will stand up to rigorous testing. You'll gain a deep understanding of the mechanics of FML composites, and learn how to design and test your own composites for maximum performance.
Content overview:
In this tutorial, we'll cover the following topics:
Overview of Fiber metal laminate composites.
Modelling of GFRP/CFRP using Hashin's criteria based on Instant Damage.
Modelling of Aluminum based On Ductile Damage criteria.
Modelling of Bond/delamination using Cohesive zone approach.
Assessing effect of different lay up orientation on composite performance
Assessing damage in Fiber , matrix and Aluminum .
Tensile testing of FML composites
Plot stress strain curve.
Result interpretation and validation

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Damage evolution ???