Seyyedezzatollah Moosavi

• Conducted computational and experimental research on precipitation, phase evolution and microstructure development in industrial 6xxx-series aluminium alloys, in collaboration with Novelis. • Developed and validated physics-based precipitation models to predict nucleation, growth and coarsening under industrially relevant thermal and thermomechanical conditions. • Quantified microstructural evolution using SEM/BSE, EDS and EBSD combined with statistical image analysis, covering casting, homogenisation, ho

•Led computational and experimental research on precipitation and phase evolution in Al-6xxx alloys, supporting process understanding across casting, homogenization, hot rolling, and cold rolling. •Validated model predictions against industrial and laboratory datasets in collaboration with Novelis R&D, supporting engineering confidence in model applicability for automotive aluminum sheet products. •Prepared technical reports and technical exchanges with Novelis R&D, translating research findings into engine

•Supervisor: Dr. M. Movahedi •Contributed to development of a 4-axis Wire Arc Additive Manufacturing (WAAM) system for metal deposition research. •Supported polymer-metal FDM investigations focused on material behavior and process feasibility.

•Researched friction stir welding of severely deformed aluminum using hybrid powder reinforcement. •Improved hardness and tensile strength through process-material optimization. •Investigated thermo-mechanical stability of welded aluminum systems.

•Supported laser repair welding and cladding of industrial components using a 2 kW fiber laser integrated with a 6-axis KUKA robotic system. •Performed failure analysis on high-pressure turbine blades to identify probable damage mechanisms and support repair decisions. •Contributed to welding procedure qualification (PQR) for steel and titanium heat exchanger components through testing and documentation. •Supported surface engineering activities including laser cladding and surface hardening for durability-

Corrosion Investigation; Severe Plastic Deformation, Equal-Channel Angular Pressing (ECAP)

•Thesis Title: Physically Based Modeling and Experimental Validation of Precipitation in Al-6xxx Aluminum Alloys •Supervisor: Prof. R. Logé, •Co-supervisor: Dr. C. Cayron

•Thesis Title: Experimental Characterisation and Modelling of Precipitation in 6xxx-Series Aluminium Alloys with Conventional and Elevated Fe–Mn Contents •Supervisor: Prof. R. Logé, •Co-supervisor: Dr. C. Cayron

•Thesis Title: Friction stir welding of severely deformed aluminum using hybrid powder, •Supervisors: Prof. M. Movahedi (Google Scholar⁠ ), Prof. M. Kazeminezhad (Google Scholar⁠ ) •Research focus: - Hybrid Al₂O₃ nanoparticles + micrometric graphite powder in FSW process on severely plastic deforme

•Thesis Title: Effect Of Annealing Temperature On Corrosion Behavior Of Ultrafine-Grain Pure Copper Processed By Equal Channel Angular Pressing (ECAP), •Supervisor: Dr. M. H. Moayed (Google Scholar⁠ ), Dr. M. H. Farshidi (Google Scholar⁠ ) ‎•Ranked #1 in all BSc program years