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

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

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

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

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

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

Presentatie posters IRI-wetenschapsdag 20 maart 2001

Description of DESIRE including test matrix

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

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

Reviewer voor International Journal of Multiphase Flow

Questioning the use of the decay ratio in BWR stability monitoring.

Experimental investigations on the non-linear dynamics of the DESIRE facility, a natural circulation two-phase flow loop

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

Experimental investigations on the thermal-hydraulic stability of the DESIRE facility

Non-linear characteristics of thermohydraulic instabilities in innovative BWRs

Non-linear characteristics of thermohydraulics instabilities in innovative BWRs.

ESBWR stability analysis.

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