The thermal and mechanical properties of pure cobalt were studied by using the molecular dynamics (MD) simulation technique, in the temperature range from 200 K up to melting point. The Cleri-Rosato many-body potential was used as interatomic potential. This MD simulation was employed at the constant pressure, constant temperature (NPT) ensemble. The temperature and pressure of the system were controlled by Nose-Hoover thermostat and Berendsen Barostat, respectively. We computed the variation of the cohesive energy, the order parameter, the bulk modulus, and the elastic stiffness constants at different temperatures for this metal. The thermal expansion coefficient and the isobaric heat capacity were calculated as a function of temperature by fitting the lattice parameter and the cohesive energy to a quadratic polynomial equation, respectively. Our computed results showed a good agreement with the experimental results available.
Davoodi,J. and Asgarikhah,M. (2019). Investigation of mechanical and thermal properties of cobalt using a molecular dynamics simulation. Iranian Journal of Physics Research, 11(2), 161-166.
MLA
Davoodi,J. , and Asgarikhah,M. . "Investigation of mechanical and thermal properties of cobalt using a molecular dynamics simulation", Iranian Journal of Physics Research, 11, 2, 2019, 161-166.
HARVARD
Davoodi J., Asgarikhah M. (2019). 'Investigation of mechanical and thermal properties of cobalt using a molecular dynamics simulation', Iranian Journal of Physics Research, 11(2), pp. 161-166.
CHICAGO
J. Davoodi and M. Asgarikhah, "Investigation of mechanical and thermal properties of cobalt using a molecular dynamics simulation," Iranian Journal of Physics Research, 11 2 (2019): 161-166,
VANCOUVER
Davoodi J., Asgarikhah M. Investigation of mechanical and thermal properties of cobalt using a molecular dynamics simulation. Dear user; Recently we have changed our software to Sinaweb. If you had already registered with the old site, you may use the same USERNAME but you need to change your password. To do so at the first use, please choose, 2019; 11(2): 161-166.
