S. E. Velázquez-PérezGilardi Velázquez, Héctor EduardoHéctor EduardoGilardi VelázquezE. Campos-Cantón2025-02-102025-02-102025https://scripta.up.edu.mx/handle/20.500.12552/1186310.1142/S012918312550024X<jats:p> In this paper, we investigate how particles settle in a one-dimensional deterministic model. We leverage a model for deterministic Brownian motion and introduce boundary conditions to simulate particle settling. By adjusting parameters in the Jerk equation, we explore how different diffusion, and the size of the settling space affect the particles’ behavior. We analyze how these parameters influence the settling time and its relationship to the dispersion medium. Additionally, we examine statistical properties as follows: the average settling time, the probability distributions for mean displacement, and how the probability distribution of settling times changes with the size of the space. </jats:p>Resource Types::text::journal::journal article