Multiscale Virtual Testing Capability for Composites (MUVITCAPCOM)
Abstract
The MUVITCAPCOM (Multiscale Virtual Testing Capability for Composites) project focuses on advancing the understanding of composite materials through multiscale modelling, specifically targeting fibre-reinforced carbon epoxy composites by collaborative research between AFRL and IMDEA Materials Institute. The research incorporates advanced micromechanical testing techniques to analyze the material's behaviour at various scales, including fibre push-in, matrix pillar compression and cantilever beams machined with focus FIB. By integrating experimental data from micromechanical tests with computational models, the project aims to enhance the predictive accuracy of simulations at both micro and macro scales. This approach enables a comprehensive investigation into the complex interactions between individual fibres and the epoxy matrix, offering insights into the material's overall mechanical properties. The goal is to optimize the design and performance of composite materials for diverse applications, such as aerospace industries, by providing a more accurate and reliable framework for understanding and predicting their behaviour under different conditions.
Document Details
- Document Type
- Technical Report
- Publication Date
- Dec 11, 2023
- Accession Number
- AD1224981
Entities
People
- Carlos E. Gonzalez
Organizations
- IMDEA Materials