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Uncertainty quantification of the momentum coefficient

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UQ_Cmu

Uncertainty quantification of the momentum coefficient

Information

Author: Richard Semaan Affiliation: Technische Universität Braunschweig Contact: r.semaan@tu-bs.de Release date: Apr. 18, 2020 Version: v 1.0

Installation

  • No installation needed

Input

  • Selection among the various approaches and 3 scenarios
  • Individual random and systematic uncertainties of various variables
  • Gas constant, pressure ratio, jet exit pressure, blowing intensity*, nominal height* (* denotes variables that are only needed for the UPCs)

Output

  • Uncertainty of Cmu
  • UPC of all deopendent variables

Paper

For more information on the implemented techniques and for theoretical and empirical comparisons, please have a look at the following paper:

  • Semaan R., The uncertainty of the experimentally-measured momentum coefficient: Guidelines on how to accurately estimate Cmu. Submitted to Experiments in Fluids, 2020.

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Uncertainty quantification of the momentum coefficient

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