Enhancing Anisotropic Constitutive Modeling for Ductile Metallic Failure: Improving Calibration, Response, and Verification from Coupon to Component Level in Aeronautical Structures
1- Introduction and Motivation
Technical description of the problem and the context of its application within the industry.
2- Study of Potential Solutions and Selection
Technical solutions and associated theories for characterizing behavior as documented in the literature.
3- Development of the Selected Solution
Theoretical and technical development of the adopted solution, coding, and implementation
4- Verification and Validation
Verification of the implementation and validation through correlation with structural tests (coupon and design/assembly detail).
5- Use case:
Application to a real structure, virtual testing, and correlation with experimental results.
6- Conclusions and Future Developments
Below it is explained the expectation for the project content:
After introducing and explaining the needs and motivation, the technical problem will be precisely described, along with its context of application within the industry.
A literature review in addition to a familiarization with the current tools developed within the team, will be conducted to study potential solutions and improvements. A rigorous selection process will determine the most suitable solution to meet the needs.
The student will propose a technical solution and associated theories for characterizing material behavior, aiming to implement current state of the art technologies from literature into the development framework of the team. The solution will be implemented to be used with FEM simulations in ABAQUS or other numerical simulation software.
The implementation will be verified, and validation will be performed by correlating structural tests (coupon and design/assembly detail at the subcomponent level).
After verification, the solution will be applied to a use case involving a real structure, with virtual testing and subsequent correlation with experimental structural test data for the component.
Finally, conclusions will be defined, and a plan for future developments and studies will be outlined.
Basic knowledge of Python and FORTRAN programming is recommended. Basic knowledge of finite element simulation (FEM), particularly in ABAQUS, is also advantageous.
Required skills #AirbusDiversity
As a successful candidate, you will be able to demonstrate the following skills and experience:
Why should you apply?
- Foster your professional development with a strong academic background and an in-depth collaboration in AIRBUS projects.
- Expand your network within the aeronautical industry.
- Meet our people working with passion and determination to make the world a more connected, safer and smarter place.
- Be part of our diversity and teamwork culture that propel us to accomplish the extraordinary - on the ground, in the sky and in space.
Are you interested? Apply and make it fly!
#Graduates_Spain
This job requires an awareness of any potential compliance risks and a commitment to act with integrity, as the foundation for the Company’s success, reputation and sustainable growth.
Company:
Airbus Operations SL
Employment Type:
Internship
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Experience Level:
Student
Job Family:
Support to Management
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