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. Iranian Journal of Physics Research. 2020;2(5):267-276 (In Persian).
