Investigating the non-linear dynamics of natural-circulation , boiling two-phase flows

Stabilising boiling water reactors by optimising the position of the feedwater sparger

Assessment of linear and non-linear auto-regressive methods for BWR stability monitoring

An experimental and modelling study of natural-circulation boiling water reactor dynamics

The importance of different time periods in explaining density-wave oscillations

Presentatie posters IRI-wetenschapsdag 20 maart 2001

Reviewer voor International Journal of Multiphase Flow

Experiments on the relation between the transit time and the oscillation period of density-waves

Experiments on the nonlinear dynamics of a natural circulation two-phase flow loop

Description of DESIRE including test matrix

Investigating the stability characteristics of natural-circulation Boiling Water Reactors using root loci of a reduced-order model

Experiments on the relation between the transit time and the oscillation period of density-waves.

Non-linear characteristics of thermohydraulic instabilities in innovative BWRs

Including the travelling of density waves in the analytical modeling of coupled neutronic-thermohydraulic power oscillations

On the qualification of boiling water reactor stability margin indicators using linear stability analysis.

Application of a reduced-order dynamics model for linear and nonlinear stability analysis of boiling water reactors and two-phase flow systems

Numerical investigations on the relation between the decay ratio and operational margins for monitoring BWR stability

Numerical investigations on the relation between the decay ratio and operational margins for monitoring BWR stability.

ESBWR stability analysis.

Including the traveling of density waves in the analytical modeling of coupled neutronic-thermohydraulic power oscillations.