Search results for Hill Engineering blog posts containing the tag techniques
by Camille Fowler
Delivering high quality residual stress measurement results to our customers is a top priority for Hill Engineering, and one way we ensure that is by maintaining an active ISO/IEC 17025 accreditation. We recently went through an external assessment to renew our accreditation status that looked at the inner workings of our quality management system and laboratory processes.
Continue reading Hill Engineering Reinforces Commitment to Excellence with ISO Accreditation Renewal
by Adrian DeWald
Residual stresses exist in most materials and structures. Processes like forging, rolling, extruding, quenching, additive manufacturing, machining, and welding can cause residual stresses to develop. These stresses can influence the way that materials perform (e.g., fatigue, fracture, distortion, and corrosion). There are many different residual stress measurement techniques available to quantify residual stresses. The following are some examples of common measurement techniques. Continue reading Residual stress measurement techniques