Grid and basis adaptive polynomial chaos techniques for sensitivity and uncertainty analysis

Uncertainty quantification for criticality problems using non-intrusive and adaptive polynomial chaos techniques

Applying second-order adjoint perturbation theory to time-dependent problems

Uncertainty quantification of a radionuclide release model using an adaptive spectral technique

Adaptive polynomial chaos techniques for uncertainty quantification of a gas cooled fast reactor transient

Uncertainty quantification in reactor physics using adjoint/pertubation techniques and adaptice spectral methods

Development of an adaptive nonintrusive spectral technique for uncertainty quantification and application to a multiphysics problem

Performing uncertainty analysis of a nonlinear point-kinetic/lumped parameters problem using polynomial chaos techniques

Second order perturbation theory for nonlinear time-dependent problems: Application to a simplified coupled transient

Application of sensitivity analysis to a coupled neutronic/thermal-hydraulics transient in a fast reactor using adjoint techniques

Uncertainty analysis of radiation transport problems using non-intrusive polynomial chaos techniques

Uncertainty analysis methodologies for fast reactors, PNR-131-2009-015, October 2009