Material & Failure Analysis

Material analysis at AAC involves a comprehensive suite of techniques designed to evaluate the chemical composition, microstructure, mechanical properties, and performance characteristics of materials. This includes techniques such as scanning electron microscopy (SEM), energy-dispersive X-ray spectroscopy (EDX), X-ray diffraction (XRD), and various forms of spectroscopy and thermal analysis. These methods allow AAC to provide detailed insights into material properties, guiding the optimization and development of new materials.

Failure analysis is another critical service offered by AAC, aimed at identifying the root causes of material and component failures. This process involves a systematic investigation that combines visual inspection, non-destructive testing, fractography, metallography, and mechanical testing. By understanding the failure mechanisms, AAC helps clients implement corrective actions to prevent future failures, improve product designs, and enhance overall reliability. The failure analysis process not only identifies immediate issues but also contributes to long-term improvements in material performance and safety.

AAC supports clients in the planning and implementation of their projects through its expertise in material development, material and failure analysis, as well as the use of simulation tools and microstructural analyses. AAC has specialized facilities for testing materials, coatings, and components in industrially relevant environments. These capabilities enable AAC to simulate real-world conditions and assess how materials and components will perform under various stresses and environmental factors. Together with partners from industry and research, AAC develops new materials and components in nationally, European, and ESA-funded projects. This collaborative approach ensures that AAC remains at the forefront of technological advancements, continually integrating the latest scientific discoveries into their material analysis and development processes. The collaborative projects also foster innovation, driving the creation of materials that meet the evolving demands of various industries, including aerospace, automotive, energy, and more. In nationally and European-funded research projects, new testing methods or facilities, as well as new materials and components, are developed to expand knowledge and competence in existing and new segments. AAC’s role in these projects often involves pioneering new material analysis techniques and developing cutting-edge testing protocols that push the boundaries of current technology. These advancements not only benefit AAC’s clients but also contribute to the broader scientific and engineering communities. AAC’s dedication to material analysis and failure analysis positions it as a leader in the field, providing invaluable services that underpin the safety, reliability, and innovation of industrial components and materials. By continually refining their analytical techniques and expanding their testing capabilities, AAC ensures that they can meet the ever-increasing demands of modern engineering challenges, helping their clients achieve success in their respective industries.