Kinematic Self-Similar Plane Symmetric Solutions
arXiv:gr-qc/0612034 · doi:10.1088/0264-9381/24/3/006
Abstract
This paper is devoted to classify the most general plane symmetric spacetimes according to kinematic self-similar perfect fluid and dust solutions. We provide a classification of the kinematic self-similarity of the first, second, zeroth and infinite kinds with different equations of state, where the self-similar vector is not only tilted but also orthogonal and parallel to the fluid flow. This scheme of classification yields twenty four plane symmetric kinematic self-similar solutions. Some of these solutions turn out to be vacuum. These solutions can be matched with the already classified plane symmetric solutions under particular coordinate transformations. As a result, these reduce to sixteen independent plane symmetric kinematic self-similar solutions.
29 pages, accepted for publication in Classical Quantum Gravity
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Cited by in corpus (5)
- Plane Symmetric Solutions in f(R) Gravity
- High-Speed Cylindrical Collapse of Two Perfect Fluids
- Killing and Noether Symmetries of Plane Symmetric Spacetime
- Homotheties of a Class of Spherically Symmetric Space-Times Admitting as Maximal Isometry Group
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