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

The differential operator method (DOM) has been developed to perform sensitivity analyses
of generalized responses in the form of reaction rate ratios. In this method, the memory …

Abstract GEneralized Adjoint Responses in Monte Carlo (GEAR-MC) method has been
developed to perform sensitivity analysis of reaction rate ratios, which was to compute …

The TSUNAMI (Tools for Sensitivity and UNcertainty Analysis Methodology Implementation)
capabilities within the SCALE code system make use of sensitivity coefficients for an …

Sensitivity analysis is an important way for us to know how the input parameters will affect
the output of a system. Therefore, recently, there is an increased interest in developing …

A new reactor model of the Washington State University TRIGA was developed in the
SCALE neutron transport code, and its fidelity was verified by comparison to MCNP and …

The need to simulate subcritical benchmark parameters quickly and accurately is becoming
increasing important. When using Monte Carlo methods this is traditionally done using a …

ABSTRACT TSUNAMI-3D (Tools for Sensitivity and Uncertainty Analysis Methodology
Implementation in Three Dimensions) is a SCALE control module that facilitates the …