Sharif University Of Technology |
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Education:
BSC, Metallurgical Engineering, Sharif University of Technology, Iran, 1973-1977
MSC, Metallurgical Engineering, Tehran University, Iran, 1985
PHD, Materials Science and Engineering, Leeds University, England, 1988-1991.
Research interest:
Mechanical properties of Materials
Microstructure-properties relationship
Transient Liquid Phase Diffusion Bonding (TLP)
Courses taught:
Undergraduate:
●Materials Mechanical Properties I
●Materials Mechanical Properties II
●Materials Science
●Materials properties
●Selection of Metallic Materials
Graduate:
●Fatigue
●Fracture
●Fracture Mechanics
• Strengthening Mechanisms
●Mechanical Aspects of corrosion
Recent publications:
●Books (In Farsi) in the following subjects:
• Fatigue
• Materials application
• Dislocations
• Fracture mechanics
• Alloying elements
Papers:
●Ekrami, A. “High temperature mechanical properties of dual phase steels”,
Materials Letters, Vol. 59 issue 16, pp2070-2074, 2005.
Bahrami, A, Mousavi Anijdan, S. H., Ekrami, A., “Prediction of Mechanical
Properties of DP steels using neural network model” J. of Alloys and Compounds,
392(1-2), pp177-182, 2005.
●Molaee, M., J. and Ekrami, A., “The effect of high temperature deformation on
fatigue properties of dual-phase steels”, Proceedings of the 1th international
conference on diffusion in solids and liquids, DSL-2005, July, 6-8, 2005,
University of Averio, Averio, Portugal
● Ekrami, A., Vahdani, H., “Effects of high temperature deformation on
mechanical properties of dual phase steels”, The first Jordanian Int. conf. Of
Materials Science and Engineering, MSE1, 3-5 May 2005.
● Ekrami, A., Khan, T. I., Malik, H “Effect of transient liquid phase diffusion
bonding on properties of ODS nickel alloy MA758”, Materials Science and
Technology, 19, pp132-136, 2003.
● Babakhani, B and Ekrami, A. Effects of microstructure on fatigue properties
4340 steel(in Farsi) , Sharif, In press.
