Uncertainty Quantification in High-Low Dynamic System Coupling Using RAVEN and TRANSFORM
Wesley Williams, Vineet Kumar, Dane de Wet, William Gurecky
Abstract
Open-access reader
Wesley Williams, Vineet Kumar, Dane de Wet, William Gurecky
Abstract
Open-access reader
This report demonstrates new functionality and applications stemming from the development of high fidelity to low fidelity (high-low) coupling for system simulations and to further explore the capabilities of RAVEN in the performance of uncertainty quantification in this kind of high-low coupled system models. The work builds from previous work on high-low coupling that utilized CTF, the high fidelity subchannel analysis code, with a low fidelity model built in TRANSFORM, the system analysis code, utilizing the Functional Mock-Up Interface (FMI)
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This report demonstrates new functionality and applications stemming from the development of high fidelity to low fidelity (high-low) coupling for system simulations and to further explore the capabilities of RAVEN in the performance of uncertainty quantification in this kind of high-low coupled system models. The work builds from previous work on high-low coupling that utilized CTF, the high fidelity subchannel analysis code, with a low fidelity model built in TRANSFORM, the system analysis code, utilizing the Functional Mock-Up Interface (FMI)
Key concepts: High fidelity, Fidelity, Coupling (piping), Computer science, Code (set theory), Interface (matter), Computer engineering, Parallel computing