| 21. | In these cases, with the inviscid assumption, Navier-Stokes equations can be derived as Euler equations.
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| 22. | Helicity is the only known integral invariant of the Euler equations, apart from energy, momentum and angular momentum.
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| 23. | The equations of motion necessary for these computations are based on Newtonian mechanics, specifically the Newton Euler equations of:
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| 24. | The first two equations are the Newton-Euler equations, and the third requires all forces to be valid.
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| 25. | Robert Hall ( 1978 ) estimated the Euler equation in order to find evidence of a random walk in consumption.
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| 26. | In 1757, Leonhard Euler published the Euler equations, extending Bernoulli's principle to the compressible flow regime.
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| 27. | Mean performance for the stage can be calculated from the velocity triangles, at this radius, using the Euler equation:
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| 28. | In that case, and for a constant density, the momentum equations of the Euler equations can be integrated to:
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| 29. | High resolution simulation of Euler equations based on G A Sod's'Shock Tube'problem-SI units.
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| 30. | Some of these hypotheses bring to Euler equations ( fluid dynamics ), other ones bring to Navier-Stokes equations.
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