June 5, 2017
1:30PM - 2:30PM
M2015 PRB
Add to Calendar
2017-06-05 13:30:00
2017-06-05 14:30:00
Nuclear Physics Seminar - Chandrodoy Chattopadhyay (Tata Istitute of Fundamental Research, Mumbai) Third-order Viscous Corrections to Entropy Four-current and Relativistic Hydrodynamics
Using relativistic kinetic theory, a new expression that has been derived for the entropy four-current up to third order in gradient expansion will be presented. The effects of the higher-order entropy density in the case of Bjorken expansion will be discussed. It will be demonstrated that our results obtained using Chapman-Enskog like iterative solution of Boltzmann equation shows better agreement with the exact solution of Boltzmann equation and with the parton cascade BAMPS, as compared to the widely used Grad's method
M2015 PRB
OSU ASC Drupal 8
ascwebservices@osu.edu
America/New_York
public
Date Range
Add to Calendar
2017-06-05 13:30:00
2017-06-05 14:30:00
Nuclear Physics Seminar - Chandrodoy Chattopadhyay (Tata Istitute of Fundamental Research, Mumbai) Third-order Viscous Corrections to Entropy Four-current and Relativistic Hydrodynamics
Using relativistic kinetic theory, a new expression that has been derived for the entropy four-current up to third order in gradient expansion will be presented. The effects of the higher-order entropy density in the case of Bjorken expansion will be discussed. It will be demonstrated that our results obtained using Chapman-Enskog like iterative solution of Boltzmann equation shows better agreement with the exact solution of Boltzmann equation and with the parton cascade BAMPS, as compared to the widely used Grad's method
M2015 PRB
Department of Physics
physics@osu.edu
America/New_York
public
Using relativistic kinetic theory, a new expression that has been derived for the entropy four-current up to third order in gradient expansion will be presented. The effects of the higher-order entropy density in the case of Bjorken expansion will be discussed. It will be demonstrated that our results obtained using Chapman-Enskog like iterative solution of Boltzmann equation shows better agreement with the exact solution of Boltzmann equation and with the parton cascade BAMPS, as compared to the widely used Grad's method
