A case study of static and dynamic models using simulation in Matlab

Simulation modeling is an engineering application where we can virtually see any system in a mathematical form that can be converted into a model. This paper introduces static simulation and dynamic simulation modeling concepts and how they are virtually modeled in computer science. Static simulation model is explained by an example of demand-supply rule concept and how it is simulated in the view of linear and nonlinear market models. Dynamic simulation model is explained with an example of car wheel model where wheel oscillations are considered to be dynamic with various damping factors and there after the difference between these models is exposed with relevant graphs and results. As this work is partially implemented by IBM Corporation in FORTRAN language, this paper implements these models in MATLAB using SIMULINK software.