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{{#Wiki_filter:}} | {{#Wiki_filter:Dynamic PRA Study Michelle M. Gonzalez U.S. Nuclear Regulatory Commission Office of Nuclear Regulatory Research Division of Risk Analysis | ||
=== | |||
Background=== | |||
* Dynamic PRA (DPRA) refers to probabilistic risk assessment (PRA) approaches that simulate system behavior and accident scenario development over time. | |||
* DPRA has the potential to provide additional useful risk insights for operating plant design and operations. | |||
TD TA Cue Diagnosis Action Simple Dynamic Model for Operator Action | |||
Background (cont.) | |||
* DPRA plays a major role in many university PRA research and development programs, and the U.S. Department of Energy is supporting significant national laboratory work. | |||
* The NRC supported early DPRA efforts. | |||
* The NRC is developing staff capabilities to prepare for a changing environment. | |||
Dynamic PRA Study Objectives | |||
* Prepare NRC staff for the efficient use of DPRA tools. | |||
* Prepare NRC staff for future uses of PRAs developed using DPRA methods. | |||
Scope | |||
* Staff development (training) | |||
* DPRA applications: development of simple models of dynamic processes for use in traditional PRA models Expected Outcome | |||
* Better prepare staff to (1) oversee, develop, or review DPRAs in support of future licensing activities and (2) maintain awareness of a still-developing, cutting-edge PRA technology. | |||
Dynamic PRA Study Approach | |||
* Leverage available resources in DPRAThe staff will initially complete a literature review to leverage ongoing DPRA activities to identify methods, approaches, and available DPRA tools. | |||
* Conduct staff development (training)The staff will participate in training exercises to develop capabilities to use the existing DPRA tools. | |||
* Develop simple models using available toolsThe staff will develop hands-on modeling experience by using DPRA tools to develop a simple DPRA model. | |||
Deliverables | |||
* Interim report documenting literature review and DPRA activities | |||
* Staff training on the use of DPRA tools | |||
* Final report documenting DPRA model results | |||
Questions? | |||
Contact for more information: | |||
Michelle Gonzalez Michelle.Gonzalez@nrc.gov}} |
Revision as of 18:12, 19 January 2022
ML21078A503 | |
Person / Time | |
---|---|
Issue date: | 02/26/2021 |
From: | Gonzales M NRC/RES/DRA |
To: | |
James Steckel | |
References | |
Download: ML21078A503 (6) | |
Text
Dynamic PRA Study Michelle M. Gonzalez U.S. Nuclear Regulatory Commission Office of Nuclear Regulatory Research Division of Risk Analysis
=
Background===
- Dynamic PRA (DPRA) refers to probabilistic risk assessment (PRA) approaches that simulate system behavior and accident scenario development over time.
- DPRA has the potential to provide additional useful risk insights for operating plant design and operations.
TD TA Cue Diagnosis Action Simple Dynamic Model for Operator Action
Background (cont.)
- DPRA plays a major role in many university PRA research and development programs, and the U.S. Department of Energy is supporting significant national laboratory work.
- The NRC supported early DPRA efforts.
- The NRC is developing staff capabilities to prepare for a changing environment.
Dynamic PRA Study Objectives
- Prepare NRC staff for the efficient use of DPRA tools.
- Prepare NRC staff for future uses of PRAs developed using DPRA methods.
Scope
- Staff development (training)
- DPRA applications: development of simple models of dynamic processes for use in traditional PRA models Expected Outcome
- Better prepare staff to (1) oversee, develop, or review DPRAs in support of future licensing activities and (2) maintain awareness of a still-developing, cutting-edge PRA technology.
Dynamic PRA Study Approach
- Leverage available resources in DPRAThe staff will initially complete a literature review to leverage ongoing DPRA activities to identify methods, approaches, and available DPRA tools.
- Conduct staff development (training)The staff will participate in training exercises to develop capabilities to use the existing DPRA tools.
- Develop simple models using available toolsThe staff will develop hands-on modeling experience by using DPRA tools to develop a simple DPRA model.
Deliverables
- Interim report documenting literature review and DPRA activities
- Staff training on the use of DPRA tools
- Final report documenting DPRA model results
Questions?
Contact for more information:
Michelle Gonzalez Michelle.Gonzalez@nrc.gov