Introducing a New Boundary Condition Method in Dissipative Particle Dynamics and Simulation of Dilute Polymer Solution, M.Sc. Thesis Sharif University of Technology ; Saidi, Mohammad Saeid (Supervisor) ; Saidi, Mohammad Hassan (Supervisor) ; Shafiee, Mohammad Behshad (Supervisor)
Abstract
Dissipative particle dynamics (DPD) is an emerging mesoscopic computational method in which the interparticle forces arise because of coarse-graining at the molecular level. In the asymptotic limit of large length scales, the governing equations of continuum are reproduced, as demonstrated in this work. This method of simulation has the capability of simulating larger order of time and space in compare with dynamic molecular method. One of the important applications of DPD is simulating the dilute polymer solution. In this project, we developed a general code to simulate dilute polymer behavior which consists of polymeric forces and different types of usual DPD boundary conditions. This code...
Cataloging briefIntroducing a New Boundary Condition Method in Dissipative Particle Dynamics and Simulation of Dilute Polymer Solution, M.Sc. Thesis Sharif University of Technology ; Saidi, Mohammad Saeid (Supervisor) ; Saidi, Mohammad Hassan (Supervisor) ; Shafiee, Mohammad Behshad (Supervisor)
Abstract
Dissipative particle dynamics (DPD) is an emerging mesoscopic computational method in which the interparticle forces arise because of coarse-graining at the molecular level. In the asymptotic limit of large length scales, the governing equations of continuum are reproduced, as demonstrated in this work. This method of simulation has the capability of simulating larger order of time and space in compare with dynamic molecular method. One of the important applications of DPD is simulating the dilute polymer solution. In this project, we developed a general code to simulate dilute polymer behavior which consists of polymeric forces and different types of usual DPD boundary conditions. This code...
Find in contentBookmark |
|