Context Navigation

← Previous Post
Next Post →

Journal Club 0917 Agenda

RT instability and the initial conditions.
http://www.pas.rochester.edu/~shuleli/0615/RT.pdf

Implementing SESAME table in AstroBEAR. What do we need for the NLUF simulations? What are useful to be put in the code?

Frequent restart problem on Kraken.

Boundary Conditions (variables labeled ≥ 1 are known):

Set1:

\rho_0 v_0 = \rho_1 v1
\rho_0 v_0^2 + \rho_0 g v_0^2 = \rho_1 v1^2 + \rho_1 g v_1^2
\kappa \frac{(T_0 + T_1)^n}{2} \frac{T_1-T_0}{\delta x} = q_0

Set2:

\rho_0 v_0 = \rho_1 v1
v_1 - v_0 = v_2 - v_1
\kappa \frac{(T_0 + T_1)^n}{2} \frac{T_1-T_0}{\delta x} = q_0

Posted: 11 years ago (Updated: 11 years ago)
Author: Shule Li
Categories: (none)

Comments

No comments.

Download in other formats:

RSS Feed