Nanotechnology; Materials science; Tribology; Friction study at the micro and nanoscale; lubricant additives.

Most important Publications (from the past five years)

1. Alazemi, A. A., "Experimental Study of the Lubrication Mechanism of Micro-Spherical Solid Particles between Flat Surfaces," Lubricants, 9(8), 81, 2021

2. Ibrahim, O. M., Alazemi, A. A., and Naji, L. B., “Multistage heat treatment and the development of a protective oxide-scale layer on the surface of FeCrAl sintered-metal-fibers,” Scientific Reports, 11(1), 1-15, 2021

3. Alazemi, A. A., Alzubi, F. G., Alhazza, A., Dysart, A., and Pol, V. G., “Rheological and Wettability Properties of Engine Oil with a Submicron Spherical Carbon Particle Lubricant Mixture,” International Journal of Automotive Technology, 21(6), 1475-1482, 2020

4. Alazemi, A.A., Dysart, A.D., and Pol, V.G., “Experimental Investigation of the Mechanical and Surface Properties of Sub-Micron Carbon Spheres,” Lubricants, Vol. 8, p.77, 2020

5. Alfadhli, A., Alazemi, A.A., and Khorshid, E., “Numerical Minimization of Abrasive-Dust Wear in Internal Combustion Engines,” International Journal of Surface Science and Engineering, Vol. 14, pp. 68-88, 2020

6. Alaskari, A. M., Albannai, A. I., Alawadhi, M. Y., Aloraier, A. S., Liptakova, T., and Alazemi, A. A., “Surface Evaluation of a Multi-Pass Flexible Magnetic Burnishing Brush for Rough and Soft Ground 60/40 Brass,” Materials, 13(19), 4465, 2020

7. Alazemi, A.A. and Ibrahim, O.M., “The Microstructure Formation of a Protective Oxide-Scale Layer on Small-Diameter FeCrAl Fibers,” Materials, 15(21), p.7444, 2022