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# Solutions in the Large for the Nonlinear Hyperbolic Conservation Laws of Gas Dynamics *

@inproceedings{Temple2003SolutionsIT, title={Solutions in the Large for the Nonlinear Hyperbolic Conservation Laws of Gas Dynamics *}, author={J. Temple}, year={2003} }

- Published 2003

The constraints under which a gas at a certain state will evolve can be given by three partial differential equations which express the conservation of momentum, mass, and energy. In these equations, a particular gas is defined by specifying the constitutive relation e = e(u, S), where e = specific internal energy, v = specific volume, and S = specific entropy. The energy function e = -In u + (S/R) describes a polytropic gas for the exponent y = 1, and for this choice of e(V, S), global weak… CONTINUE READING

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