The Fundamentals of Stellar Astrophysics
by George W. Collins, II
Publisher: W H Freeman & Co 2003
Number of pages: 494
This book is aimed at first year graduate students or the very advanced undergraduates. I assume throughout that the readers have considerable factual knowledge of stars and astronomy. I shall attempt to describe the development of a nearly axiomatic theory of stellar structure that is consistent with what we know about stars. The terminal phases of stellar evolution are treated schematically.
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by George W. Collins, II - Pachart Pub. House
The virial theorem is extremely powerful in understanding problems of stellar astrophysics, but it is also poorly understood by many who study the subject. This book should be viewed as a guided introduction, punctuated by a few examples.
by P.K. Townsend - arXiv
Notes for a course taught in part III of the Cambridge University Mathematical Tripos: gravitational collapse, Schwarzschild black hole, charged black holes; rotating black holes; energy and angular momentum; black hole mechanics; Hawking radiation.
by Garrelt Mellema - Leiden University
An introduction to the field of numerical hydrodynamics. It will give you some insight in what is involved in such calculations. Numerical hydrodynamics is used in many parts of astrophysics. The applications we consider in this exercise are stellar.
by F. Thielemann, R. Hirschi, M. Liebendorfer, R. Diehl - arXiv
The authors focus on the astrophysical aspects, i.e. a description of the evolution of massive stars and their endpoints, with a special emphasis on the composition of their ejecta in form of stellar winds during the evolution or of explosive ejecta.