Why Use Residual Stress-Strain mapping at Diamond for Your Research?
Residual stress measurements are critical across a wide range of engineering applications - from large metallic aeroengine components and non‑metallic composites to thin films and biomaterial structures. At Diamond, we offer a unique combination of cutting-edge synchrotron technology, tailored experimental services, and flexible access models designed to help you get the best out of your research.
Using X-ray diffraction, we can generate high-resolution strain distribution maps, even in complex geometries. Thanks to the exceptional brightness and high photon energy of the synchrotron beam, we can probe deep into materials - up to 20 mm in steel and 100 mm in aluminium - enabling insights that are simply not possible with conventional lab-based sources.
Whether you're validating computational models or investigating in-service components, our team works closely with you to design experiments that deliver actionable results. With dedicated support, customisable beamline setups, and flexible scheduling, Diamond is the ideal partner for your residual stress research.
