Numerical Evaluation of Mixed Mode Delamination in a UD-Glass/Epoxy Composite and Comparison with Experimental Results

Articles in the same Issue

1. TABLE OF CONTENTS
2. From Micro to Macromechanics: A General Way of Obtaining Macroscopic Description from Microscopic Variables
3. Atomistic Foundation of Solid Mechanics and Thermomechanics
4. Semi-Dense And Concentrated Fullerene-Based Composites: Microdeformation and Strain Gradient Effects
5. Asymptotic Homogenization Technique for Stress and Strength for Some Non-Linear Elastic Problems with Near Periodic Structure
6. Homogenization for Contact Problems with Known Microroughness of the Contacting Surfaces
7. On a Computational Strategy with Time-Space Homogenization for Heterogeneous Materials
8. Micromechanics and Mesomechanics of Laminates: Synergy and Model Improvements
9. Through-the-Thickness Deformation of Composite Laminates Subjected to Bending
10. An Interface-Multilayer Model for Delamination and Contact Analysis in Composite Plates
11. Numerical Evaluation of Mixed Mode Delamination in a UD-Glass/Epoxy Composite and Comparison with Experimental Results