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In our present publication we will continue studying the effects of themagnetostatic energy on the magnetization behavior of FMSMAs recently startedin some our publications. Our method is based on the direct minimization of ournew micromagnetic free energy model of FMSMAs taking into account both themagnetic anisotropy energy and the magnetostatic energy contributionsassociated with the laminated two-variant twin microstructure. Here, ourspecial interest is to investigate a distribution of local magnetizationswithin both twin variants, their orientation and their dependence on theexternal magnetic field and their volume fractions, as well.

Micromagnetic modeling of magnetization distribution caused by internal twin microstructure of NiMnGa ferromagnetic shape memory alloys