A comparative analysis of kinetically consistent schemes with several grid methods for solving gas-dynamics problems

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Abstract: 

The equations of gas dynamics are an integral part of numerical models of the atmospheric dynamics used for research into variations of climate and anthropogenic changes in the environment. Various modifications of the discrete kinetic models describing a single-particle distribution function are reviewed and tested. A comparison of test solutions with the explicit solutions is made. A counterexample showing the necessity of considering the sequence of derivation of equations is given.

Pages: 
49-55
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