Developments and applications of special enrichment methods and innovative discretization techniques - Meshfree, PoU Methods and GFEM/XFEM, Isogeometric Analysis

Todos os itens

• A Goal-Oriented Error Estimator for Stress Intensity Factors in G/XFEM

  Gabriela Fonseca, Rafael Marques Lins, Felício Bruzzi Barros

• A review of applications for which the virtual element method is particularly useful

  Tiago Moherdaui, Alfredo Gay Neto

• An automated h-adaptive G/XFEM for the analysis and SIF extraction of 3-D fracture mechanics problems

  Murilo Henrique Campana Bento, Sergio P. B. Proença, C. Armando Duarte, Nathan Shauer

• Application of the virtual element method for two-dimensions Poisson equations

  Vinícius Belmar Almeida Prado Pohl, Marcos Arndt

• Free vibration analysis of elastic rods by the enhanced Ck-generalized finite element method

  Diego Amadeu Torres

• Implementations for the GFEM global-local method on the INSANE platform - Mathematical determination of the stiffness parameter

  Laís Cristina Benevides Pereira, Gabriela Marinho Fonseca, Felício Bruzzi Barros

• Improving Convergence and Robustness of the Phase-Field Method for Fracture Mechanics using a Gradient-based Line Search Strategy for the L-BFGS Algorithm

  Caio S. Ramos, Carlos A. Duarte, Nathan Shauer, Sergio P. B. Proença

• Isogeometric Analysis vs. NURBS-Mapped Finite Elements: A Study on Selected Examples

  Bianca Esteves Pirani, Nathan Shauer

• Non-Intrusive Parallel Implementation of GFEM with Global-Local Enrichment for Multi-Domain Simulations

  Túlio Marques, Ana Clara Pedras Bueno, Ramon Pereira da Silva, Felício Bruzzi Barros