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In a process of aggregation, a finite number of particles merge irreversiblyto create growing clusters. In this work, impact of particular initialconditions: monodisperse, power-law, exponential, and inspired by condensationnuclei was tested against several aggregation processes: constant, additive,product, electrorheological, anti-social, Berry's, Brownian, shear, andgravitational kernels. Coagulating systems consisting of a thousand monomerswere observed in the late time of the evolution, for the moment when only fiftyclusters were left in the system. In this way, the impact of particular initialcondition was revealed in relation to other initial conditions. Severalsimilarities between different kernels were observed, among others, strongcorrespondence between the constant and the Brownian kernel was confirmed. Incase of the product kernel, unexpected behaviour related to the condensationnuclei initial conditions was revealed and explained. According to the results,it is doubtful that a phase transition can be triggered by appropriate settingof initial condition.

How initial condition impacts aggregation -- a systematic numerical study