NuEngineering residual stress
Develop diffraction-based approaches linking manufacturing, internal stress and structural performance.
NuMat @ USTB
Research | NuMat @ USTB
Explore NuMat research at USTB in engineering stress, nuclear materials, additive manufacturing, advanced alloys, surface integrity and physics-informed data methods.
Nuclear materials and service damage
Investigate thermal aging, hydrogen-related damage, irradiation response and environmental degradation.
Additive manufacturing
Relate processing and post-treatment to microstructure, residual stress and mechanical behavior.
High-entropy and multi-principal-element alloys
Explore phase design, heterogeneous microstructures and micromechanical strengthening mechanisms.
Surface integrity and gradient protection
Study coatings, diffusion layers and shot-peened gradients in relation to wear, corrosion and fatigue.
Physics-informed data methods
Develop traceable analysis workflows, method-selection tools and experimental–computational comparisons.
Shared research approach
Neutron and synchrotron diffraction, in situ experiments and multiscale mechanics connect composition and processing to structure, stress and performance.
Please contact us with your material, geometry, measurement objectives and proposed schedule to discuss experimental feasibility.