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Turbulent transport coefficients and residual energy in mean
Turbulent transport coefficients and residual energy in mean

... The third and fourth terms on the right-hand side of Eq. 共18兲 represent the cross-helicity dynamo. In the TSDIA analysis, the expressions for the transport coefficients appearing in Eq. 共18兲 are first derived in the wavenumber space; the forms of ␥ and ␥F are slightly different from each other. Afte ...
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... electric current is run through the yarns of the fabric. There are two main challenges to the modeling of electronic textiles: the discretization of the textile microstructure and the interaction between electromagnetic and mechanical fields. The fully coupled mechanical, thermal, and electromagneti ...
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... and physicist who is attributed with formulating classical electromagnetic theory, uniting all previously unrelated observations, experiments and equations of electricity, magnetism and even optics into one consistent theory. Maxwell’s equations demonstrated that electricity, magnetism and even ligh ...
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... studied the effect of magnetic field on friction factor [20]. Satake, Kunugi and Smolentsev (2002) performed DNS to investigate turbulent pipe flow in a transverse magnetic field at a moderate Reynolds number of 5300 and three Hartmann numbers of 5, 10, and 20 [21]. The skin friction, velocity profi ...
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... Elmer non-GUI Tutorials About this document The Elmer non-GUI Tutorials is part of the documentation of Elmer finite element software. Elmer non-GUI Tutorials gives examples on the use of Elmer in different field of continuum physics. Also coupled problems are included. These tuturials were coined ...
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Navier–Stokes equations

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