... | ... | @@ -31,5 +31,9 @@ Density |
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The initial density profile is modeled as:
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$`\Sigma(r) = \frac {1} {2}\Sigma_0 (r_c/r) \times (1+\tanh(\frac {r-r_c} {2\sigma_c}))`$
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with $`sigma_c`$=Cavity.Width and $`r_c`$=Cavity.Radius and
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$`\Sigma_0 `$=Density.Start |
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with $`\sigma_c`$=Cavity.Width and $`r_c`$=Cavity.Radius and
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$`\Sigma_0`$=Density.Start
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We recall that in this case the initial azimuthal velocity profile
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is given by centrifugal balance for the above density profile, i.e.:
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$` v_{\theta}(r) = \Omega_K r\sqrt{1-h_0^2(2-\frac{r}{\sigma_c}(1-\tanh(\frac {r-r_c} {\sigma_c})))}`$ |
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\ No newline at end of file |