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M ETAFOR O BJECT -O RIENTED F INITE E LEMENT C ODE FOR THE S IMULATION OF L ARGE D EFORMATIONS OF S OLIDS Software Development Metal Forming Simulations METAFOR : an object-oriented Finite Element code for the simulation of solids submitted to large deformations 2D/3D elements (large strains). Implicit/explicit time integration (HHT, Chung Hulbert, …) Thermomechanical coupling (staggered or fully coupled schemes). Frictional contact between deformable bodies or analytical surfaces. Arbitrary Lagrangian Eulerian formalism. Meshing and remeshing procedures. Large set of constitutive laws (thermo-elasto-visco-plastic, damage, …) Crack propagation (erosion method). Biomechanics Brain Model Unstructured FE mesh generation from medical images (MRI scans). Simulation of neurosurgery (brain shift / tumor resection). Simulation of injuries (head impact). Crash, Impact & Fracture Simulations Blade Impact on the Casing of an Aeroengine Springback Prediction in Roll Forming Development of a fast 3D model of industrial forming mills. Cooling and Straightening of Sheet Piles Prediction of the final product shape and the residual stresses. Other Processes Deep drawing - drawbeads Hot/cold rolling and lubrication. Forging - extrusion Hydroforming Thixoforming Superplastic forming Orthodontics Bone Fracture Simulation Prediction of human and animal bone fractures (in collaboration with CHU Liège and the faculty of Veterinary Medicine of ULg). ROMAIN BOMAN – J.-P. PONTHOT C++/Python interface Graphical User interface Multicore solvers Damage & Fracture Tests Development of thermo-elasto- visco-plastic material models. Composite materials Study of the behaviour of titanium alloys at very high strain rates. Composite casings. Fan Blade Out simulations. Shock Absorber Devices Development of accurate numerical time-integration schemes and fast 3D contact algorithms. Development of complex constitutive models for bones and tissues. Simulation of teeth motion and jaw deformation. Contact: University of Liège, Dept. of Aerospace and Mechanical Engineering, Liège, Belgium, R. Boman, [email protected], +32 4 366 91 85

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  • METAFOR O B J E C T - O R I E N T E D F I N I T E E L E M E N T C O D E F O R T H E S I M U L AT I O N O F L A R G E D E F O R M AT I O N S O F S O L I D S

    Software Development Metal Forming Simulations

    METAFOR : an object-oriented Finite Element code for the simulation of solids submitted to large deformations

    2D/3D elements (large strains). Implicit/explicit time integration (HHT, Chung Hulbert, …) Thermomechanical coupling (staggered or fully coupled schemes). Frictional contact between deformable bodies or analytical surfaces. Arbitrary Lagrangian Eulerian formalism. Meshing and remeshing procedures. Large set of constitutive laws (thermo-elasto-visco-plastic, damage, …) Crack propagation (erosion method).

    Biomechanics

    Brain Model Unstructured FE mesh generation from medical images (MRI scans). Simulation of neurosurgery (brain shift / tumor resection). Simulation of injuries (head impact).

    Crash, Impact & Fracture Simulations

    Blade Impact on the Casing of an Aeroengine

    Springback Prediction in Roll Forming Development of a fast 3D model of industrial forming mills.

    Cooling and Straightening of Sheet Piles Prediction of the final product shape and the residual stresses.

    Other Processes Deep drawing - drawbeads Hot/cold rolling and lubrication. Forging - extrusion Hydroforming Thixoforming Superplastic forming

    Orthodontics

    Bone Fracture Simulation Prediction of human and animal bone fractures (in collaboration with CHU Liège and the faculty of Veterinary Medicine of ULg).

    ROMAIN BOMAN – J.-P. PONTHOT

    C++/Python interface Graphical User interface Multicore solvers

    Damage & Fracture Tests Development of thermo-elasto-visco-plastic material models. Composite materials

    Study of the behaviour of titanium alloys at very high strain rates. Composite casings. Fan Blade Out simulations.

    Shock Absorber Devices Development of accurate numerical time-integration schemes and fast 3D contact algorithms.

    Development of complex constitutive models for bones and tissues. Simulation of teeth motion and jaw deformation.

    Contact: University of Liège, Dept. of Aerospace and Mechanical Engineering, Liège, Belgium, R. Boman, [email protected], +32 4 366 91 85

    Metafor �Object-Oriented Finite Element Code for the �Simulation of Large Deformations of Solids

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