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Computational experiments are used to show that grain boundary mobility isindependent of driving force in a two-dimensional, square-lattice Ising modelwith Metropolis kinetics. This is established over the entire Monte Carlotemperature range. A calibration methodology is then introduced which endowsthe Monte Carlo algorithm with time and length scales and allows the MonteCarlo parameters to be expressed directly in terms of experimentally measurableparameters. A comparison of results obtained for a variety of driving forcesand temperature conditions indicates that such Calibrated Monte Carlo modelsare able to capture the grain boundary kinetics predicted by sharp-interfacetheory.

A Single Mobility Function for the Square-Lattice Ising Model and Its Application to Calibrated Monte Carlo Kinetics