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LIGHT WATER REACTOR SUSTAINABILITY PROGRAM




The mission of the Light Water Reactor Sustainability Program is to develop the scientific basis, and science-based methodologies and tools, for the safe economical long-term operation of the nation's high-performing fleet of commercial nuclear energy facilities.

Recent Newsletter Articles


Recent Technical Reports



  
  
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Terry Turbopump Expanded Operating Band ResearchTerry Turbopump Expanded Operating Band Research
Terry Turbopump Expanded Operating Band Research01Terry Turbopump Expanded Operating Band
Models to Support Industry Efforts in the Implementation of SAWMModels to Support Industry Efforts in the Implementation of Severe Accident Water Management (SAWM) Strategies for Boiling Water Reactors


https://lwrs.inl.gov/Newsletter%20Articles/Issue%2027/Issue_27-Article_02.pdf02Implementation of SAWM
Advanced Models for Nondestructive Evaluation of Aging Nuclear Power Plant CablesAdvanced Models for Nondestructive Evaluation of Aging Nuclear Power Plant Cables
Advanced Models for Nondestructive Evaluation of Aging Nuclear Power Plant Cables03Nondestructive Evaluation Aging Cables
Online Monitoring of Passive Components and Structures: From Offline Periodic Inspection to Continuous Online SurveillanceOnline Monitoring of Passive Components and Structures: From Offline Periodic Inspection to Continuous Online Surveillance
Online Monitoring of Passive Components and Structures: From Offline Periodic Inspection to Continuous Online Surveillance05Online Monitoring of Passive Components
Strategic Approach for the Evaluation of Risks and Costs Reduction for Enhanced Resilient Nuclear Power Plant SystemsA Strategic Approach for the Evaluation of Risks and Costs Reduction for Enhanced Resilient Nuclear Power Plant Systems
A Strategic Approach for the Evaluation of Risks and Costs Reduction for Enhanced Resilient Nuclear Power Plant Systems06Evaluation of Risks and Costs Reduction
Energizing the Nuclear Industry through Innovation and CollaborationEnergizing the Nuclear Industry through Innovation and Collaboration
Energizing the Nuclear Industry through Innovation and Collaboration06Industry Innovation and Collaboration
  
  
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Fracture_Toughness_Characterization_of_Highly_Irradiated_Reactor_Pressure_Weld_from_the_ATR-2_Experiment.pngFracture_Toughness_Characterization_of_Highly_Irradiated_Reactor_Pressure_Weld_from_the_ATR-2_Experiment372 x 479110 KB 10/16/2018 9:11 AM21Fracture Toughness Characterization of Highly Irradiated Reactor Pressure Weld from the ATR-2 Experiment
Implementation_of_ANL_Mechanics_Based_Evolutionary.pngImplementation_of_ANL_Mechanics_Based_Evolutionary372 x 48134 KB 11/14/2018 12:50 PM13Implementation of ANL’s Mechanics Based Evolutionary Fatigue Modeling Through ABAQUSWARP3D Based HPC Framework Modeling
Interdigital_Capacitance_Local_NDE_of_NPP.pngInterdigital_Capacitance_Local_NDE_of_NPP372 x 481114 KB 10/17/2018 3:57 PM29https://lwrsdev.inl.gov/ReportImages/Interdigital_Capacitance_Local_Non-Destructive_Examination_of_Nuclear_Power_Plant.png
Investigation_of_Thermal_Aging_Behavior_for_Harvested.pngInvestigation_of_Thermal_Aging_Behavior_for_Harvested372 x 481116 KB 10/16/2018 9:12 AM6http://nuc.inl.gov
Metallurgical_Aspects_Influencing_the_Resistance.pngMetallurgical_Aspects_Influencing_the_Resistance372 x 480113 KB 10/16/2018 7:22 AM26https://lwrsdev.inl.gov/ReportImages/Metallurgical_Aspects_Influencing_the_Resistance_to_Steam_Oxidation_r1.png
ReportofProgress.pngReportofProgress372 x 481163 KB 11/14/2018 12:52 PM32Report on the Progress of Weld Development of Irradiated Materials at the Oak Ridge National Laboratory
Stress_Corrosion_Crack_Initiation_and_Propagation.pngStress_Corrosion_Crack_Initiation_and_Propagation372 x 481138 KB 10/16/2018 9:13 AM28https://lwrsdev.inl.gov/RecentTechnicalReports/Stress_Corrosion_Crack_Initiation_and_Propagation_under_Different_Corrosion_Environments_and_the_Role_of_Post-Irradiation.pdf
Thermodynamic_and_kinetic_model_of_phase_stability_in_austenitic_steel_under_light_water_reactor_conditions.pngThermodynamic_and_kinetic_model_of_phase_stability_in_austenitic_steel_under_light_water_reactor_conditions369 x 478105 KB 10/17/2018 3:51 PM14Thermodynamic and kinetic model of phase stability in austenitic steel under light water reactor conditions