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Transonic Flow | Open Access Journals
Fluid Mechanics: Open Access

Fluid Mechanics: Open Access

ISSN: 2476-2296

Open Access
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Transonic Flow

The wing in a transonic flow is compelled to be twisted attributable to the solid streamlined power. The twisting of the wing structure changes the stream field around the wing. The difference in the stream field influences the appropriation of the streamlined power on the wing surface and drives the flexible movement of the wing further. Such a cooperation between the flow field and the versatile movement of the wing has the chance prompting a problematic marvel, for example, a vacillating movement. 

In the current liquid/structure coupled recreation code, the CFD solver, the CSD solver, and the lattice generator are incorporated, and the aeroelastric reaction of a wing is reenacted in the accompanying way. The stream field around the wing is determined by understanding the liquid conditions in the CFD solver. The weight circulation on the outside of the wing is once moved to the lattice generator and changed over to the streamlined power stacked on every hub of the structure network.

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