Contents

Primary (Tiled Menu) Chapters

Context

1. Principal Governing Equations (PGEs)
   1. Equations Cast in Cylindrical Coordinates
2. Continuity
3. Euler
   1. Axisymmetric Configurations (Solution Strategies); Double check vector identities ♣
   2. Rotating Reference Frame; Euler equation viewed from a rotating frame of reference
      1. Compressible Analogs of Riemann S-Type Ellipsoids; Nonlinear velocity cross-product ♣
      2. Korycansky and Papaloizou (1996); Nonlinear velocity cross-product
   3. Euler Equation (Conserving Momentum); Earlier draft of "Euler" presentation
4. 1^st Law of Thermodynamics
   1. Radiation-Hydrodynamcis; Nonadiabatic (optically thick) environments ♣
5. Poisson
6. Global Energy Considerations
   1. Virial Equilibrium of Spherically Symmetric Configurations; Illustration ♣
7. Equation of State (EOS)
   1. Axisymmetric Instabilities to Avoid; Poincaré-Wavre theorem
   2. Axisymmetric Configurations (Solution Strategies); Simple rotation profiles ♣
   3. BiPolytrope with $(n_c,n_e)=(\frac{3}{2},3)$; The parameter, β ♣
8. Ideal Gas
9. Total Pressure
   1. Determining Temperature from Density & Pressure; A solution to quartic equation
10. Bond, Arnett, & Carr (1984)
    1. Spherically Symmetric Configurations (Stability — Part II); Ledoux and Pekeris (1941) ♣

See Also

• ♣ means templates and recursive chapter references not yet checked