Doctor of Philosophy in Nuclear Engineering: Dynamic System Scaling Application to Accelerated Nuclear Fuel Testing

Keyphrases

• Nuclear Fuel 100%
• Fuel Testing 100%
• Fuel Development 100%
• Nuclear Engineering 100%
• System Dynamics 100%
• Metallic Fuel 100%
• System Scaling 100%
• Engineering Dynamics 100%
• Doctor of Philosophy 100%
• Development Cycle 50%
• Chemical Changes 50%
• Idaho National Laboratory 50%
• Nuclear Materials 50%
• Fuel Rod 50%
• Fuel Burnup 50%
• Integral Test 50%
• In-core 50%
• Geometric Properties 50%
• Power Density 50%
• Measurement Techniques 50%
• Radiation Effects 50%
• Accuracy Improvement 50%
• Thermal Stress 50%
• Interdiffusion 50%
• Operational Scenario 50%
• Fuel Performance Code 50%
• Nuclear Fuel Performance 50%
• EBR-II 50%
• Accident Scenario 50%
• Separate Effect Test 50%
• Bison 50%
• Nuclear Fuel Rod 50%
• Mechanical Stress 50%
• Thermal Materials 50%
• Fuel Properties 50%
• Scaling Method 50%
• Dynamical System Scaling 50%
• Experiment System 50%
• Reduced Scale 50%
• Short Tests 50%
• Property Measurement 50%
• Time Response 50%
• Non-enhancing 50%
• Degree of Control 50%
• Testing Behaviors 50%
• Material Stress 50%
• Prolonged Effect 50%
• Acute Effects 50%
• Damage Mechanics 50%

Engineering

• Nuclear Fuel 100%
• Nuclear Engineering 100%
• Fuel Rod 50%
• Damage Mechanics 25%
• Burnup 25%
• Lifecycle 25%
• Nuclear Material 25%
• Boundary Condition 25%
• Power Density 25%
• Thermal Stress 25%
• Interdiffusion 25%
• Code Performance 25%
• Test Fuel 25%
• Initial Condition 25%
• Mechanical Stress 25%
• Research Group 25%
• Test Time 25%
• Material Stress 25%

Material Science

• Nuclear Fuel 100%
• Density 25%
• Fuel Properties 25%
• Mechanical Stress 25%
• Thermal Stress 25%
• Damage Mechanics 25%