Computational & Multiscale Mechanics of Materials


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| Incremental-secant MFH | Damage-Enhanced MFH | Instabilities Across the Scales | Stochastic 3-Scale Method | Stochastic Stiction | Multiscale Model of Nanocrystals | Nanovoids in Grain Boundary | Micro- to Meso -Fracture | Fracture of Thin Bodies | Damage to Crack | Smart Composite Materials | Failure of Polycrystalline Films | Kirchhoff-Love Shells |


Research

Incremental-secant Mean-Field-Homogenization for elasto-visco-plastic composite materials

see applications Link to CM3 slides

 

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Non-Local Damage-Enhanced Mean-Field-Homogenization for Composite Laminates

see applications Link to CM3 slides

 

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Instabilities Across the Scales: Computational Homogenization of Cellular Material Buckling

Link to CM3 slides

 

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Stochastic 3-Scale Method for Polycrystalline Materials

see applications see applications Link to CM3 slides

 

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Stochastic Models for the Stiction Risk Prediction in MEMS

see applications

 

 

Link to CM3 slides


 

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Multiscale Model of Nanocrystal Grain Boundary Sliding

Link to CM3 slides

 

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Effect of Nanovoids in Grain Boundary Sliding

Link to CM3 slides

 

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Micro-Scale to Meso-Scale Fracture of Composite Materials

Link to CM3 slides

 

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Consistent Numerical Framework for the Fracture of Thin Bodies

Link to CM3 slides

 

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Consistent Damage to Crack Transition

Link to CM3 slides

 

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Smart Composite Materials

see applications
Link to CM3 slides

 

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Multi-Scale Failure of Polycrystalline Films

see applications Link to CM3 slides

 

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Kirchhoff-Love Shells without Rotational Degrees of Freedom

Link to CM3 slides

 


LTAS
ULg
E-mail: L.Noels @ ulg.ac.be; Address: University of Liège, CM3 B52, Allée de la découverte 9, B4000 Liège, Belgium