Residual Stress Researcher

About this positionTNO is seeking a highly motivated researcher to join our team in the field of residual stress analysis. As a researcher, you will be responsible for investigating the influence of specimen size on residual stress distribution in rails.Key responsibilitiesConduct a literature review on state-of-the-art residual stress measurement techniques...

About this projectFatigue is a critical factor in the maintenance of steel structures. To accurately determine the fatigue life, the fatigue crack growth rate must be precisely described. The fatigue crack growth rate is influenced by residual stresses, which can be measured using various techniques. However, when preparing small specimens for these...

About this projectFatigue is a critical factor in the maintenance of steel structures. To accurately predict the fatigue life, it is essential to understand the fatigue crack growth rate, which is influenced by residual stresses. When preparing small specimens for residual stress measurements, the structure needs to be cut, leading to the redistribution of...

About this projectFatigue is a critical factor in the maintenance of steel structures. Describing the fatigue crack growth rate accurately is essential for determining the fatigue life. The fatigue crack growth rate is influenced by residual stresses. Various methods are available for measuring residual stresses, including the hole drilling method, X-ray...

At TNO, we're seeking a highly skilled Residual Stress Expert to join our team and contribute to the development of innovative solutions for rail engineering.About the Role:We're looking for a master's graduate with a strong background in civil engineering, mechanical engineering, maritime engineering, architecture, or the built environment. As a Residual...

About This PositionFatigue is a critical factor in the maintenance of steel structures. Accurately describing the fatigue crack growth rate is essential in determining the fatigue life. The fatigue crack growth rate is influenced by residual stresses, which can be measured using various techniques such as hole drilling, X-ray diffraction, neutron...

About this positionTNO is seeking a talented researcher to contribute to the structural safety of steel structures. As a structural behavior engineer, you will join the steel team of the department reliable structures at TNO, where you will be involved in assessing and predicting the behavior of steel structures such as bridges, railway rails, and offshore...

About this positionAt TNO, we're tackling major social issues in the civil industry by combining expertise in in-depth, independent research. We're looking for a talented graduate to contribute to the structural safety of steel structures.What will be your role?You'll join the steel team of the department reliable structures at TNO, assessing and predicting...

Job Description: TU Delft is seeking a highly motivated PhD candidate to join the Intelligent Sustainable Prognostics (iSP) Group for Operations & Maintenance, Department of Aerospace Structures and Materials. The successful candidate will work on developing a self-learning, prognostics-based blade load control methodology to maintain blade lifetime...

About this position Fatigue is one of the decisive factors for maintenance of steel structures. Accurately describing the fatigue crack growth rate is crucial in determining the fatigue life. The fatigue crack growth rate is influenced by the residual stresses. Several techniques are available for the measurement of residual stresses such as the hole...

About this position Contributing to the structural safety of steel structures. Envision it. There are major challenges in the civil industry waiting to be solved in the coming years. For example, the effect of increasing traffic intensity and vehicle loads on current, sometimes outdated infrastructure. Or the effect of the energy transition on the way...

PhD Position Modeling and Monitoring of Fiber-reinforced Composite Ships Under Extreme Loads- **_This PhD position deals with development of innovative modeling and monitoring methods for ship structures made of fiber-reinforced composites under extreme loads._** Job description Fiber-reinforced composite (FRC) structural members offer significant...