M.Sc.

• Analytical solution of vibration, wave propagation and energy reflection of Mindlin-Reissner’s higher order shear deformation theory of plate using extended wave propagation method, H. Bedashti, 2017, Foolad Institute of Technology, Isfahan, Iran.

• Numerical and experimental investigation of bending angle sheet metals using in laser forming process of composite two layered copper-aluminum, S. Z. Hoseini, 2017, Foolad Institute of Technology, Isfahan, Iran.

• Numerical and experimental investigation on fatigue crack growth in thick-walled pressure vessels, H. Ghasemi, 2018, Foolad Institute of Technology, Isfahan, Iran.

• Numerical and experimental investigation on fatigue life in standard specimens under the influence of overload parameters, J. Ali Babaei, 2019, Foolad Institute of Technology, Isfahan, Iran.

• Numerical and experimental study on fatigue life in rail specimens under the influence of overload parameters, A. Gholami, 2019, Foolad Institute of Technology, Isfahan, Iran.

• An investigation on fatigue crack growth behavior and fatigue life estimation of riveted joints in Al-alloy 2024 plates, M.R. Tohidi, 2019, Foolad Institute of Technology, Isfahan, Iran.

• A study on the fatigue crack growth in railway rails under the influence of impact loading, S. M. Hashemi, 2019, Foolad Institute of Technology, Isfahan, Iran.

• Modeling of creep in ethane cracking gas furnaces under the influence of thermal stress field, B. Niknam, 2020, Foolad Institute of Technology, Isfahan, Iran.

• Numerical analysis of fatigue crack in the working rolls under influence of the stress field due to hot rolling process, P. Noroozian Rizi, 2020, Foolad Institute of Technology, Isfahan, Iran.

• Fatigue life prediction of 2024-T3 aluminum alloy adhesively bonded T joints, M. Hadi, 2020, Foolad Institute of Technology, Isfahan, Iran.

Ph.D.

• Experimental study of the effect of microstructure on very high cycle fatigue behavior in DP1000 dual phase steel, Hossein Ghasemi, 2025, Birjand University, Birjand, Iran.

• Analysis of fatigue crack growth and fatigue life assessment of engineering components under mixed-mode loading conditions, Junqiang Li, 2024, Xi'an Jiaotong University, Xi'an, China. (in progress)