HPC - High-Performance-Computing in the simulation of damage and fracture

The objective of this mini-symposium is to provide a place to share and discuss the role of HPC (High-Performance-Computing) in the simulation of damage and fracture. Emerging developments in parallel codes, capable of running on cutting-edge HPC systems, are enabling the execution of large number of computationally expensive, high-fidelity simulations. These simulations, along with access to HPC resources, are essential for Certification by Analysis (CbA) in the aerospace industry. The contributions presented in the mini-symposium will address developments and applications employing HPC to perform multi-scale simulations, to generate data to feed machine-learning models dealing with structural integrity, and to run expensive finite element models involving fracture and damage, such as high-fidelity micro-scale models or complex impact simulations.

Contribution addressing but not limited to the following topics are welcomed:

  • HPC in the simulation of complex models with damage and fracture;
  • Generation of synthetic data for surrogate models involving structural integrity;
  • Training machine-learning models with data describing fracture mechanisms;
  • Parallel computing in multi-scale modelling of damage;
  • Adaptive Mesh Refinement (AMR) strategies for damage and fracture problems;
  • Quantum-computing in fracture simulation.

 

 

CFRAC 2025

The 8th International Conference on Computational Modeling of Fracture and Failure of Materials and Structures

Contacts

For general information about the event, including registration, please contact us at:

lurdes.catalino@abreu.pt 
(+351) 965 101 393 (call for the national mobile network)

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