Synchrotron X-ray materials testing for automotive components

Important results from the project

The project met its goals by demonstrating advanced X-ray diffraction for residual stress analysis in automotive components. It also contributed important results such as improved simulation validation, new insights into material behavior, and strengthened collaboration between Volvo Cars and Scatterin. The project fostered knowledge transfer and opened opportunities for future technology development and collaboration.

Expected long term effects

The project is expected to enable more accurate material analysis and simulation validation in automotive development. This supports safer, more efficient designs and accelerates innovation. The collaboration also strengthens industry networks and opens new opportunities for technology adoption and future collaboration, benefiting both Volvo Cars and Scatterin in the long term.

Approach and implementation

The project followed a clear plan with defined work packages: coordination, synchrotron experiments, and analysis. Activities were well chosen and the project developed as intended, staying on schedule. Collaboration between Volvo Cars and Scatterin worked smoothly. No major external factors or unexpected events affected progress. The agile approach allowed for quick adaptation, and all key objectives were achieved as planned.