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We study the properties of NiTi shape-memory nanoparticles coherently embedded in TiV matrices using three-dimensional atomistic simulations based on the modified embedded-atom method. To this end, we develop and present a suitable NiTiV potential for our simulations. Employing this potential, we identify the conditions under which the martensitic phase transformation of such a nanoparticle is triggered - specifically, how these conditions can be tuned by modifying the size of the particle, thedoi:10.18419/opus-11346 fatcat:i6raywcw5bantjatvsctc2i4qu