Browsing by Author "201-0551209"
Now showing items 41-48 of 48
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Godoy González, Sergio Andrés (Universidad de ChilePrograma Cybertesis, 2007)
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Asenjo Andrews, Daniel Arthur (Universidad de Chile, 2009)Se estudió un sistema de 3,6864×104 partículas que interactúan a través del potencial de Lennard-Jones mediante dinámica molecular, usando un código paralelo que integra las ecuaciones de movimiento diseñadas para simular ...
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Cordero Simunovic, Aliro; Risso, Dino; Soto Bertrán, Rodrigo (ELSEVIER SCIENCE BV, 2005-10-01)Using Newtonian molecular dynamics we study a gas of inelastic hard disks subject,to shear between two planar parallel thermal walls. The system behaves like a Couette flow and it is tuned to produce a steady state that ...
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Herrmann Priesnitz, Benjamín; Calderón Muñoz, Williams; Valencia Musalem, Álvaro; Soto Bertrán, Rodrigo (Pergamon-Elsevier Science, 2016)Numerical simulations of velocity and temperature fields to explore the design of a single phase microchannel cooling system with spiraling radial inflow for high heat flux applications are presented. Total pressure drop ...
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Pérez Verdugo, Fernanda; Joanny, Jean-Francois; Soto Bertrán, Rodrigo (American Physical Society, 2020)The vertex model is widely used to describe the dynamics of epithelial tissues, because of its simplicity and versatility and the direct inclusion of biophysical parameters. Here, it is shown that quite generally, when ...
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Buenzli, Pascal R.; Soto Bertrán, Rodrigo (AMER PHYSICAL SOC, 2008-08)We show that the extension of Casimir-like forces to fluctuating fluids driven out of equilibrium can exhibit two interrelated phenomena forbidden at equilibrium: self-forces can be induced on single asymmetric objects and ...
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Cabrera Díaz, Lissette Paulina (Universidad de Chile, 2012)El trabajo desarrollado durante este tema de memoria se enmarcó en el ámbito de experimentación física sobre sistemas de partículas. El objetivo fue diseñar y desarrollar una herramienta de visualización de sistemas de ...
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Sepulveda, Nestor; Soto Bertrán, Rodrigo (American Physical Society, 2017)A lattice model for active matter is studied numerically, showing that it displays wetting transitions between three distinctive phases when in contact with an impenetrable wall. The particles in the model move persistently, ...