Technology Transfer Lab - Structural Simulations

TTLab - Structural Simulations. Virtual Testing

TTLab - Structural Simulations. Virtual Testing

Computational analysis with Finite Element Method (FEM) for:

Linear Elastic - US»
Buckling - US»
Modal - US»
Dynamic - US»
Fracture and Fatigue:
- Phase Field approach for fracture - US», SU», IMT», ETH», FEUP»
- Coupled Criterion of the Finite Fracture Mechanics - US», SU», TAU», FEUP», PoliTO»
- Cohesive Zone Model - US», IMT», FEUP»
- Linear Elastic Fracture Mechanics - US»
Elastoplastic - US»
Viscoelastic - US», IMT»
Anisotropic - US»
Finite strains - US», IMT»
Multi-scale analysis - US»
Coupled environmental-mechanical analysis (e.g. hygro-thermo-mechanical analysis) - US», IMT»
Hydrogen embrittlement - US», IMT»
Optimization of structures and microstructures - US»
Parametric and Machine-Learning analyses - US»

Software available:

Simulia Abaqus - US»
MSC Patran/Nastran - US»
Hyperworks - US»
Ansys - US»
FEAP - US», IMT»
User subroutines for fracture, fatigue and elastoplastic analysis - US»
Developement of client-based material models and elements - US»

Main equipment:

Access to external supercomputer facilities under agreement - US»
Own HPC NewFrac network:
- US» node: 104 procs, 6 TB RAM
- SU» node: 696 procs

User Action

Some Upcoming Events

07

May

NewFrac Conference - FEUP Porto

European Commission under a Marie Skłodowska-Curie Actions

Funded by the European Commission under a Marie Skłodowska-Curie Actions
Grant Agreement n° 861061

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