Numerical solution of circular cylindrical shells considering thermal stresses and orthotropy.

Candemir, Münir


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In this thesis, a numerical code for calculating turbulent boundary layer parameters is developed. Two-dimensional turbulent flow over a rough flat plate with zero pressure gradient is numerically solved by using the integral method. Fluid mechanics formulations, such as momentum integral equation are coupled with the results of Nikuradse’s experiment. Throughout the calculation, turbulent boundary layer parameters, such as boundary layer thickness, displacement thickness, momentum thickness, local skin-fri...
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Citation Formats
M. Candemir, “Numerical solution of circular cylindrical shells considering thermal stresses and orthotropy.,” Middle East Technical University, 1973.