SAS4A/SASSYS-1
ANL/NSE-SAS/5.7 (7132)
Contents
Part I: Using SAS4A/SASSYS‑1
Part II: Whole-Plant Analysis
Part III: Fuel Performance
8. DEFORM-4: Steady-State and Transient Pre-Failure Pin Behavior
9. MFUEL: Metallic Fuel Performance Model
9.1. Introduction
9.2. Model Formulation
9.3. Time Step Controls
9.4. Solution Algorithm and Flow Charts
9.5. Interactions with Other SAS Models
9.6. Input and Output Description
9.7. References
9.8. Appendices
9.8.1. Appendix 9.1: Main Assumptions
9.8.2. Appendix 9.2: Thermodynamics and Kinetics Parameters of Fuel Constituent Redistribution Model
9.8.3. Appendix 9.3: Thermodynamics and Kinetics Parameters of Fuel Clad Chemical Interaction Model
9.8.4. Appendix 9.4: Fuel Swelling and Fission Gas Release Model Parameters
9.8.5. Appendix 9.5: Mechanical Properties
9.8.6. Appendix 9.6: Metallic Fuel Thermal Conductivity Model
9.8.7. Appendix 9.7: MCF Model Parameters
9.8.8. Appendix 9.8: DEFORM-5: Metallic Fuel Cladding Transient Behavior Model
10. SSCOMP: Pre-Transient Characterization of Metallic Fuel Pins
11. FPIN2: Pre-Failure Metal Fuel Pin Behavior Model
Part IV: Failure Modeling
Information
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SAS4A/SASSYS-1
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Part III: Fuel Performance
»
9.
MFUEL: Metallic Fuel Performance Model
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9.8.
Appendices
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9.8.8.
Appendix 9.8: DEFORM-5: Metallic Fuel Cladding Transient Behavior Model
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9.8.8.
Appendix 9.8: DEFORM-5: Metallic Fuel Cladding Transient Behavior Model
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9.8.8.1. Introduction
9.8.8.2. Model Formulation
9.8.8.2.1. Fission Gas
9.8.8.2.2. Fuel/Cladding Eutectic Alloy Formation
9.8.8.2.3. Clad Strain
9.8.8.2.4. Cladding Failure
9.8.8.3. Solution Techniques and Code Implementation
9.8.8.3.1. Initialization
9.8.8.3.2. Fuel/Cladding Eutectic Alloy Formation
9.8.8.3.3. Fission Gas
9.8.8.3.4. Cladding Strain
9.8.8.3.5. Cladding Failure
9.8.8.3.6. Printed Output
9.8.8.4. References
9.8.8.5. Nomenclature