Creep Behaviour Evaluation of Mis-Oriented Ni-based Superalloy P11
Co-advisor · Completed:
Projects
PhD Dissertations
Stress Relaxation in Additive Manufactured IN718 Components
Completed:
Numerical and Experimental Investigation of Strengthening in Additive-Manufactured Components
Completed:
Residual Stress Prediction in Welded Additive-Manufactured IN718 using Numerical, Experimental and Machine Learning Techniques
Expected completion:
Prediction of Distortion in Extrusion-Based 3D Printed Parts using Machine Learning
Expected completion:
MSc Theses
Approximately 3 MSc theses supervised to completion each year since 2011 (~40 in total across additive manufacturing, residual stress, welding, fatigue/fracture, and gas-turbine component analysis).
Based on information supplied by Dr. Nakhodchi in September 2026. Future dates indicate expected completion.
Research infrastructure development
Established an ICHD residual stress measurement facility (machine + software) and 3D-printing capability at K. N. Toosi University of Technology (2 FDM + 1 Food 3D printer + 1 Fused Granular Fabrication 3D Printer)
Laboratory equipment and capabilities ↗Industry projects
Recorded project experience; project dates and current status are not specified.
- Life assessment of gas turbine components
- Design and manufacture of high-pressure irrigation systems with very large spans
- Failure analysis of a curing press pump shaft; Kavir Tire and Rubber Co.
- Design and manufacture of a new mechanism for turning layers up in L14-24 tyre machines; Kavir Tire and Rubber Co.
- Design and manufacture of a new steel belt machine; Kavir Tire and Rubber Co.