Thermal-Hydraulic Principles and Safety Analysis Guidelines of PWRs and iPWR-SMRs
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Thermal-Hydraulic Principles and Safety Analysis Guidelines of PWRs and iPWR-SMRs
Herer, Christophe
Elsevier Science & Technology
02/2025
250
Mole
9780323904940
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Introduction: Thermal-hydraulics and two-phase flows
2. Key definitions
3. Key models
4. Main phenomena and associated models
5. Nuclear safety
6. Conclusion
7. Glossary
8. Units, acronyms, notations, symbols and main relations
2. Key definitions
3. Key models
4. Main phenomena and associated models
5. Nuclear safety
6. Conclusion
7. Glossary
8. Units, acronyms, notations, symbols and main relations
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
AOO; BEPU; CFD; CHF; Chimney effect; Collapsed level; Condensation; Conversion factors; Countercurrent; Critical flow; Critical heat flux; Decay power; Deterministic safety analysis; Dilution; Dimensionless numbers; DNB; Drift flux; ECCS; Feed and bleed; Five equation; Flow regimes; Heat transfer; HEM; Limiting quality; LOCA; Loop seal; Margin; Mechanistic model; Natural circulation; Nonequilibrium; Passive systems; Peak clad temperature; Pressure losses; Pressurized thermal shock; Pressurized water reactors; Probabilistic safety analysis; PWR; Quality; Reflux condensation; Residual power; Safety injection; Saturated state; Separated flow; SI; Six equation; Slip ratio,Turbulence; SMR; Stagnation point; Steam binding; Steam tables; Subchannel analysis code; Swell level; Thermal hydraulics; Thermal-hydraulic system code; Thermal-hydraulics; Two fluid; Two-phase flows; Ultimate heat sink; Uncertainties models; Uncertainty quantification; Validation; Verification; Void fraction; VVUQ; Water properties
1. Introduction: Thermal-hydraulics and two-phase flows
2. Key definitions
3. Key models
4. Main phenomena and associated models
5. Nuclear safety
6. Conclusion
7. Glossary
8. Units, acronyms, notations, symbols and main relations
2. Key definitions
3. Key models
4. Main phenomena and associated models
5. Nuclear safety
6. Conclusion
7. Glossary
8. Units, acronyms, notations, symbols and main relations
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
AOO; BEPU; CFD; CHF; Chimney effect; Collapsed level; Condensation; Conversion factors; Countercurrent; Critical flow; Critical heat flux; Decay power; Deterministic safety analysis; Dilution; Dimensionless numbers; DNB; Drift flux; ECCS; Feed and bleed; Five equation; Flow regimes; Heat transfer; HEM; Limiting quality; LOCA; Loop seal; Margin; Mechanistic model; Natural circulation; Nonequilibrium; Passive systems; Peak clad temperature; Pressure losses; Pressurized thermal shock; Pressurized water reactors; Probabilistic safety analysis; PWR; Quality; Reflux condensation; Residual power; Safety injection; Saturated state; Separated flow; SI; Six equation; Slip ratio,Turbulence; SMR; Stagnation point; Steam binding; Steam tables; Subchannel analysis code; Swell level; Thermal hydraulics; Thermal-hydraulic system code; Thermal-hydraulics; Two fluid; Two-phase flows; Ultimate heat sink; Uncertainties models; Uncertainty quantification; Validation; Verification; Void fraction; VVUQ; Water properties
