K. M. Hanson and Francois M. Hemez. A framework for assessing confidence in computational predictions. Exper. Techniques, 25:50--55, 2001. Home/Search Document Details and Download
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Uncertainty Quantification of Simulation Codes Based on.. - Hanson, Hemez (2003) (Correct)
....The aim is to construct an uncertainty model that is based on inferences drawn from comparing the code s predictions to relevant experimental results. In the context of the proposed framework, it is possible to design new experiments that can best provide data for reducing prediction uncertainty [1, 2]. The sources of uncertainty in a simulation code prediction of the outcome to a hypothesized physical situation include a) uncertainties in the dynamical equations, b) uncertainties in submodels that describe material properties, c) numerical solution errors, and d) uncertainties in the initial ....
K.M. Hanson et at., "A framework for assessing confidence in computational predictions," Exp. Tech. 25, pp. 50-55 (2001)
Inference About the Plastic Behavior of Materials - From Experimental Data Self-citation (Hanson) (Correct)
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K. M. Hanson and Francois M. Hemez. A framework for assessing confidence in computational predictions. Exper. Techniques, 25:50--55, 2001.
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