Professor

Strain Localization Continuum damage mechanics Micropolar continuum theory Meshfree methods finite element method micro-polar continua scalar damage Elasto-Plasticiy Isotropic Damage phase-field smoothed point interpolation methods (S-PIMs) INSANE Element Free Galerkin Object-Oriented Programming micropolar continua Elastic-degradation mesh-free methods diffuse crack Griffith theory Smoothed Point Interpolation Methods (SPIMs) FEM-SPIM coupling INSANE software Edge-based return mapping algorithm nonlinear analysis Unified constitutive models formulation size effect Micropolar media Cell-based Phase field modelling Smoothed point interpolation methods (S-PIM) Phase-field model Elastic degradation Fracture Crack Propagation Smoothed Point Interpolation Methods Equações de restrição Homogenização neural networks Smeared crack Micromorphic continuum theory Simulação em escalas múltiplas métodos sem malha Elastic degrading models Strain smoothing finite rotations Método dos Elementos Finitos (MEF) Acoplamento Multidimensional, INSANE Computational System Quasi-brittle materials Potential flow Solar aircraft acceleration waves propagation Weakened-weak form elasto-plasticity Material nonlinear analysis Object-Oriented Programming (OOP) line search Geometrically exact beam Homogenization Aero - structures geometrically non-linear analysis Nonlinear Dynamics Constitutive models Método dos elementos finitos generalizados Análise Multiescala Crack nucleation Estratégia global-local Phase-Field Cracking Models Heterogeneous media Node-based Pressurized fractures 3D Modelling Phase-field modelling Radial point interpolation method (RPIM) Wing optimization Damage Models machine learning Enriquecimento Global-Local Contínuo Micropolar Elastic-degrading constitutive models Análise fisicamente não linear Smoothed point interpolation method bound-constrained solver Aerodynamics