Magnetohydrodynamic Stability of Self-gravitating Streaming Fluid Cylinder
S. S. Elazab; A. A. Hasan; ismail,zeinab; R. K. Mohamed;
Abstract
The stability self- gravitating magneto-hydrodynamic of the cylinder flowing fluid was examined. Relation of
eigenvalue is derivative. Analytical, the findings were explained, and numerically, they were confirmed. The magnetic
and capillary are very strong stabilise, while the streaming is destabilise. The (un)-stable domains are specified. Checked
the capillary effect and magnetic fields have an effect just on model's self-gravitating instabilities.
eigenvalue is derivative. Analytical, the findings were explained, and numerically, they were confirmed. The magnetic
and capillary are very strong stabilise, while the streaming is destabilise. The (un)-stable domains are specified. Checked
the capillary effect and magnetic fields have an effect just on model's self-gravitating instabilities.
Other data
| Title | Magnetohydrodynamic Stability of Self-gravitating Streaming Fluid Cylinder | Other Titles | Magnetohydrodynamic Stability of Self-gravitating Streaming Fluid Cylinder | Authors | S. S. Elazab; A. A. Hasan; ismail,zeinab ; R. K. Mohamed | Issue Date | Mar-2023 | Journal | Information Sciences Letters | Volume | 12 | Issue | 3 | Start page | 1249 | End page | 1258 | Description | stability of fluids |
Attached Files
| File | Description | Size | Format | Existing users please Login |
|---|---|---|---|---|
| البحث الاول.pdf | stabilty | 769.59 kB | Adobe PDF | Request a copy |
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