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Projects

Shocked Clumps in Supernovae Remnants

• ​2D write up

MHD Oblique Shock Reorientation

• ​Write up

Radiation Feedback

• ​Radiation Hydrodynamics

• ​Radiation timescales

• ​Predictions for radiating sink particle

• ​Algorithm description

• ​Resolution requirements for the accretion luminosity routine

Turbulent Sphere

• ​Project page

Outflow Feedback

• ​Project page

• ​Introduction to the problem

• ​Kernel Equations

Amira Visualization for filament tracking

• ​Project page

Colliding Flows

• Introduction to the problem
• ​Low Res MHD Shear Flows
• ​High Res
• ​Modeling the ring - MHD version
• ​Modeling the ring - Hydro version

Literature

• ​Relevant literature with notes

Paper Figures

Pages on how the various plots are made:

• ​B vs. n pdf
• ​Spectra
• ​E vs. t line plots
• ​Beta map plots
• ​Column Density Maps

Marissa's page of figures:

• ​Suite of figures

Notes on figures:

• ​Notes

Movies

• ​Beta10, Shear60
• ​Beta10, Shear30
• ​Beta10, Shear15
• ​Beta10, Shear0
• ​Beta1, Shear60

Bonnor Ebert Sphere Studies

Paper

• ​All files for the final BE paper, submitted Jan. 2014
• Analysis for Paper
• Evaluating Boundary Effects
• Paper Figures
• Paper text and outline
• ​PDF ApJ Preprint

Misc.

• Surface pressure approximations
• ​Uniform Collapse
• Bonnor-Ebert Studies - Theory and Prelim Tests
• Effects of different background media on stability of BE sphere
• Sink formation in quadrant BE simulations
• m(t)
• Gravitational potential of BE sphere and ambient
• ​Hydrodynamics of Collapse Paper

Astrobear

• ​2.5 Self Gravity
• ​Baseline memory usage
• ​Scaling on Bluestreak
• ​Testing baseline memory usage
• ​Some notes on Git repos

Numerics

Order of accuracy and error in numerical methods

• Error definitions for numerical solutions
• Truncation error - local and global

One dimension

Exact Riemann Solver

• 1-D time independent Euler Equations

Godunov Schemes

• Gudonov Method for inviscid Burgers Equation

• Gudonov Method for Euler Equations, using Exact Riemann Solver

Approximate Riemann Solvers to be used with Godunov Schemes

• Approximating the star region of the Riemann problem - PVRS, TSRS and TRRS, Hybrid Schemes

• Approximating the numerical flux for the Riemann problem - HLL and HLLC solvers

• Approximating numerical flux with the Roe Solver

Higher order accuracy Godunov schemes

• Muscl-Hancock for 1D Euler equations

Operator splitting

• Operator splitting to solve Euler equations with gravity

• Testing operator splitting method with the Jeans instability

Two dimension

• Split scheme for the 2D Euler equations, using the Godunov method + exact Riemann solver

Self Gravity

• 1D Poisson Solver

• The Jeans Instability- Theory

• 1D Jeans Instability in AstroBEAR- Test of self-gravity

• Conditions on periodic boundary conditions

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Star Formation

​Important Concepts

Literature Library

• Collection of literature with summaries

Helpful Bits of Code

• "ProblemAfterStep" routine for writing .curve file