In-situ Studies with Photons, Neutrons and Electrons Scattering II

Hybrid system for in-situ observation of microstructure evolution in steel materials.- In-situ Phase transformation study in fine grained heat affected zone of Grade 91 steels.- In-situ synchrotron diffraction studies on peak broadening during bainitic transformation in a high strength quenched and tempered steel.- In-situ synchrotron diffraction studies on the formation, decomposition and stabilisation of austenite in TRIP steels during simulated weld thermal cycles.- In-situ observation of lattice-strain and solid state transformation in low temperature transformation weld metal by synchrotron X-rays.- Compressive residual stress in welded joints with low-temperature-transformation weld metal in high-strength steel.- In-situ observation of changing crystal orientations during austenite grain coarsening.- In-situ observations of microstructural evolution during annealing or deformation in an electro-deposited fine-grained iron.- In situ measurements of hydrogen diffusion in duplex stainless steels by neutron radiography.- High-energy Synchrotron Study of the Stress-strain Behavior of Hydrogen-charged High Strength Structural Steel.- Determination of the Welding Residual Stress Field by Diffraction Methods and Studying its Behavior under uniaxial and multiaxial Mechanical Loading.- Visualization Technique for Quantitative Evaluation in Laser Welding Processes.- Investigation of Processes in the Keyhole of Electron-Beam Welding by Monitoring the Secondary Current Signal in the Plasma.- Development in in-situ observation of deformation in semi-solid alloys using X-ray imaging.- Advanced Facility For Parallel Thermo-Mechanical Simulation and Synchrotron X-Ray Diffraction.