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New Insights into the Mechanical Behavior of Fiber-Reinforced and Metal Fiber Hybrid Composites

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We have published a new study on fiber-reinforced plastics (FRPs) and metal fiber hybrids (MFHs), authored by Jan Rehra, Julia Jungbluth, Bilal Katri, Sebastian Schmeer, Martin Gurka, Frank Balle, and Ulf Breuer. This study investigates the mechanical properties and failure mechanisms of stainless steel-carbon fiber hybrids embedded in epoxy resin.

Key Findings:

The research identifies and examines three primary failure mechanisms in these hybrid materials. The findings contribute to the understanding of FRPs and MFHs, particularly in applications where structural integrity and impact resistance are important.

Why It Matters:

By understanding the failure mechanisms at play, this research provides a foundation for developing more resilient and durable materials. This is particularly valuable for industries where material performance under stress is critical.

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Dr.-Ing.

Sebastian Schmeer

Deputy Research Manager Component Development & Manager Mechanical Characterization & Modeling

Special Expertise: Mechanical characterization of materials, components and joints (strain rate & temperature variable), DIN/ISO standardization, material behavior under multi-axiality (tension/compression and torsion), FEM simulation (mechanical), material model parameterization, validation of FE simulation models by experimental investigations, structural integrity, metal-fiber reinforced composites

Telephone: +49 631 2017 322

Fracture patterns of unidirectional reinforced SCFRP laminates without post-failure behavior in a) and with post-failure behavior in b) including a detailed examination of the associated steel fiber fracture surfaces.

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