We present numerical solutions of the equations of motion of the driven spring-block model with stick-slip dynamics. The system consists of an array of N masses which describes the statistical and dynamic properties of dissipative systems. In this study, we are interested in very low and very high velocity regimes. We show that there is a clear shift in the distribution of slip-force when we move from a low velocity regime to an intermediate one and then to high velocity regime. The observed transitional behaviour corresponds to the Gaussian distribution in low velocity, to -shape behaviour in the intermediate velocity and to an inverse-Gaussian distribution for the high values of velocity.
M. R. Sarkardei, (2020). Numerical study and computer simulations of the spring-block model. Iranian Journal of Physics Research, 2(5), 267-276.
MLA
M. R. Sarkardei, . "Numerical study and computer simulations of the spring-block model", Iranian Journal of Physics Research, 2, 5, 2020, 267-276.
HARVARD
M. R. Sarkardei (2020). 'Numerical study and computer simulations of the spring-block model', Iranian Journal of Physics Research, 2(5), pp. 267-276.
CHICAGO
M. R. Sarkardei, "Numerical study and computer simulations of the spring-block model," Iranian Journal of Physics Research, 2 5 (2020): 267-276,
VANCOUVER
M. R. Sarkardei Numerical study and computer simulations of the spring-block model. 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, 2020; 2(5): 267-276.
