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In the process of simulating the growth of two-dimensional grain, we utilized the cellular automata method with a lattice number of 500 by 500. This method allowed us to observe the complex behavior of grain growth, which is an important phenomenon in materials science. Additionally, we varied the parameters of the simulation, such as temperature and pressure, to analyze their effects on grain growth. The results of our study provide valuable insights into the mechanisms of grain growth that can be applied in the optimization of various materials and manufacturing processes.