Uncertainty Quantification plays a fundamental role in Validation of simulation methodologies and aims at developing rigorous methods to characterize the impact of variability and lack-of-knowledge on the final quantity of interest. It aims at developing rigorous methods to characterize the impact of limited knowledge on quantities of interest. Uncertainty Quantification developing to the transonic flow over a compression bump, a classical test case in compressible fluid mechanics related to the problem of shock wave/turbulent boundary layer interaction.
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