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QUANTIFYING UNCERTAINTIES IN NUMERICAL PREDICTIONS OF DYNAMIC CAVITATION
Erdinc Kara
, Artur K. Lidtke
, Bülent Düz
, Douwe Rijpkema
,
O. Kemal Kinaci
Department of Shipbuilding and Ocean Engineering
Maritime Research Institute Netherlands
Research output
:
Contribution to journal
›
Conference article
›
peer-review
1
Citation (Scopus)
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Dive into the research topics of 'QUANTIFYING UNCERTAINTIES IN NUMERICAL PREDICTIONS OF DYNAMIC CAVITATION'. Together they form a unique fingerprint.
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Keyphrases
Angle of Attack
100%
Cavitation number
100%
Uncertainty Quantification
100%
Numerical Prediction
100%
Dynamic Cavitation
100%
Force Coefficients
66%
Cavitation
66%
Numerical Uncertainty
66%
Prediction Accuracy
33%
Negative Effects
33%
Marine Propeller
33%
Epistemic Uncertainty
33%
Cavitation Behavior
33%
Propeller Design
33%
Sobol Indices
33%
Grid Discretization
33%
CFD Problems
33%
Grid-refinement Study
33%
Sheet Cavity
33%
Cavity Property
33%
High Computational Cost
33%
Similar Applications
33%
Engineering
Numerical Prediction
100%
Discretization
100%
Angle-of-Attack
75%
Cavitation Number
75%
Force Coefficient
50%
Sheet Cavity
50%
Computational Fluid Dynamics
25%
Negative Effect
25%
Computational Cost
25%
Accurate Prediction
25%
Relative Importance
25%
Input Parameter
25%
Great Influence
25%
Epistemic Uncertainty
25%
Propeller Design
25%
Marine Propellers
25%