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Effects of modeling assumptions on the stability domain of BWRs
Hitesh Bindra,
Rizwan Uddin
Nuclear, Plasma, and Radiological Engineering
Center for Global Studies
Institute for Sustainability, Energy, and Environment
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Keyphrases
Model Assumptions
100%
Reduced Order Model
100%
Stability Domain
100%
Temperature Change Rate
66%
Boiling Water Reactor
66%
Stability Boundary
66%
Void Reactivity
66%
Eigenvalues
33%
Oscillation
33%
Parameter Values
33%
Nonlinear Model
33%
Positive Coefficients
33%
Numerical Integration
33%
Bifurcation Analysis
33%
Stable Region
33%
Jacobian Matrix
33%
Negative Coefficients
33%
Stochastic Differential Equations
33%
Unstable Region
33%
System Behavior
33%
Stability Analysis
33%
Modified Model
33%
Modeling Parameters
33%
Overall Stability
33%
Reaction Stability
33%
Temperature Reactivity
33%
Higher Order Modeling
33%
Point Reactor Kinetics
33%
Frequency Stability Analysis
33%
Engineering
Reduced Order Model
100%
Temperature Change
66%
Stability Analysis
66%
Stability Boundary
66%
Boiling Water Reactor
66%
Time Domain
33%
Eigenvalue
33%
Frequency Domain
33%
Numerical Integration
33%
Bifurcation Analysis
33%
Jacobian matrix
33%
Modified Model
33%
Nonlinear Model
33%
System Behavior
33%
Stochastic Differential
33%
Reactor Kinetics
33%