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Numerical and Experimental Models of the Thermally Stratified Boundary Layer
The article describes a change of selected turbulent variables in the surroundings of a flow around thermally loaded object. The problem is solved numerically in the software Ansys Fluent using a Transition SST model that is able to take into account the difference between high and low turbulence at the interface between the wake behind an obstacle and the free stream. The results are verified with experimental measurements in the wind tunnel.
Numerical and Experimental Models of the Thermally Stratified Boundary Layer
The article describes a change of selected turbulent variables in the surroundings of a flow around thermally loaded object. The problem is solved numerically in the software Ansys Fluent using a Transition SST model that is able to take into account the difference between high and low turbulence at the interface between the wake behind an obstacle and the free stream. The results are verified with experimental measurements in the wind tunnel.
Numerical and Experimental Models of the Thermally Stratified Boundary Layer
Michalcová Vladimíra (author) / Lausová Lenka (author) / Skotnicová Iveta (author) / Pospíšil Stanislav (author)
2016
Article (Journal)
Electronic Resource
Unknown
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