There has been increasing demand for uncertainty quantification (UQ) in the nuclear
engineering community. Thus far, most uncertainty analyses have focused on light water …

Abstract The Fusion Energy Reactor Models Integrator (FERMI) is an integrated simulation
environment under development for the coupled simulation of the plasma, first wall, and …

Sensitivity and uncertainty analyses of generalized response functions are essential for
nuclear designs because they provide useful information about how changes in the input …

Fuel burnup analysis requires a high computational cost for full core calculations, due to the
amount of the information processed for the total reaction rates in many burnup regions …

A sensitivity and uncertainty analysis was carried out to estimate the uncertainty in the
neutron multiplication factor k eff and to identify the most important nuclear data for neutron …

Sensitivity and uncertainty methods are quintessential for nuclear criticality safety and
experiment design. This type of analysis relies on calculations of sensitivity coefficients; …

Abstract The Transient Reactor Test facility (TREAT) was constructed in the late 1950s,
provided thousands of transient irradiations before being placed in standby in 1994, and …

This paper describes the creation and description of a nuclear fuel isotopics dataset for
irradiated fuel salt from a Molten Salt Reactor (MSR). The dataset has been created using …

Tremendous work has been done in the Light Water Reactor (LWR) Modelling and
Simulation (M&S) uncertainty quantification (UQ) within the framework of the Organization …

The accuracy of source term predictions is an important factor which determines the
efficiency of interim and final storage of spent nuclear fuel. To minimize the required number …