On day two of our EuroMed SIMULIA Conference 2024 on June 11–12, 2024 at the Politecnico di Milano in Milan, Italy, @BP talked about the advanced co-simulation technology that integrates powerful Simpack and Abaqus solvers. Recap in this presentation the cutting-edge co-simulation approach's capabilities and practical implementations.
PDF Slides:
Abstract:
As long as deformations remain small, reduced-order flexible body models generated using Finite Element (FE) codes suffice to represent the model behavior in Multibody Dynamics (MBD) analysis. However, in scenarios involving complex flexible body contact interactions with non-linear deformation and material nonlinearity, these reduced-order models prove inadequate for predicting nonlinear transient results. To bridge these gaps, SIMULIA presents an advanced co-simulation technology that integrates powerful Simpack and Abaqus solvers. This technology enables the coupling of Simpack models with Abaqus/Explicit or Abaqus/Standard models via the CSE director, facilitating the co-simulation between highly nonlinear Abaqus bodies and Simpack system models for extreme and abuse loading conditions. This seminar will present an overview of co-simulation technology and its use cases. This seminar will teach participants about different co-simulation procedures, best practices, and limitations. The seminar will illustrate an application example involving an abuse-loading event in MBD simulation coupled with Abaqus tires, elucidating the robustness of this technology. Join us to explore this cutting-edge co-simulation approach's capabilities and practical implementations.
About the Speaker:
Bruno Passone graduated in Mechanical Engineering at the University of Rome “La Sapienza” after actively participating in a Formula Student team and industrial projects in the context of Vehicle Dynamics and Multibody Simulation.
Before joining Dassault Systèmes, Bruno had 10 years of experience in the R&D of a tire manufacturing company where he played different roles starting as a Vehicle Dynamics Engineer, continuing as a Tire FE Analyst covering different aspects of Force and Moment characterization, and finally in charge of automation and virtualization of R&D processes and methodologies.
At Dassault Systèmes, Bruno helps industries to reduce development costs, make processes and methodologies more efficient, enable new product experiences, promote sustainable innovation by leveraging virtual twins in SIMULIA Multibody solutions, and support the academic world.
@BP
SIMULIA Industry Process Senior Consultant, Dassault Systèmes
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More content from the EuroMed SIMULIA Conference 2024 can be found here:
