RSMSE 2026 - Residual Stress in Materials Science and Engineering
Residual stresses are one of the most influential but often overlooked factors affecting the performance, reliability and service life of technical components.
They arise from various causes - mechanical stress, thermal gradients or manufacturing processes - and can either strengthen or weaken materials depending on their size and distribution. The symposium "Residual Stress in Materials Science and Engineering 2026" deals with the formation, analysis and management of residual stresses.
The Residual Stress in Materials Science and Engineering symposium will cover the full spectrum of this complex topic: from the fundamental mechanisms of stress development to state-of-the-art methods of analysis and characterization - from laboratory to large-scale techniques. Topics include stress evolution under various thermal and mechanical conditions, advanced experimental and numerical characterization methods and their impact on component performance. An in-depth understanding of residual stresses is essential to develop more durable and sustainable products, optimize manufacturing processes and prevent premature failures.
The symposium will discuss the latest research and practical findings on how understanding residual stresses leads to improved performance and reliability - from fundamental research to industrial applications.
The event will be held in English and offered in a hybrid format, allowing participants to join via video link.
Contact: Julia Richter (University of Kassel)
Further information: dgm.de/rsmse/2026