Estimating The Effect Of Fracture Connectivity On Waste Isolation Using A High-Performance Reactive Transport Simulator PFLOTRAN
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Publications
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Jump to search filtersxLPR V2.0 Training
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Probabilistic Fracture Mechanics: A Primer
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Deterministic Model Overview
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xLPR SimEditor
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xLPR Input and pre-processing
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xLPR v2.0 Resources: xLPR Portal
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Challenge Problem 1: Refined SCC Simulation Add Overlay
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Challenge Problem 2: Add Fatigue and Importance Sampling
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How to run an xLPR V2.0 Simulation
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Nuts and bolts of xLPR V2.0: Navigating and following logic within the code
FUNDAMENTALS OF UNCERTAINTY QUANTIFICATION AND STATISTICAL ANALYSIS IN xLPR V2.0
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xLPR Scenario Analysis
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Updates to PFLOTRAN?s Waste Form Process Model & Biosphere Process Model
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GDSA Approach and Role of Generic Performance Assessment
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GDSA Planning for FY2018
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GDSA Overview ? Objectives Work and FY17 Accomplishments
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Well Water Ingestion Dose Model for GDSA Framework
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Generic Disposal System Analysis: Argillite Reference Case and Performance Assessment
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Defense Waste Repository : Argillite Reference Case and Performance Assessment
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Isotope Partitioning Decay and Ingrowth across Multiple Phases in PFLOTRAN Code of GDSA Framework
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Radon and the PFLOTRAN Ingestion Dose Model of GDSA Framework
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xLPR Scenario Analysis Report
This report describes the methods, results, and conclusions of the analysis of 11 scenarios defined to exercise various options available in the xLPR (Extremely Low Probability of Rupture) Version 2 .0 code. The scope of the scenario analysis is three - fold: (i) exercise the various options and components comprising xLPR v2.0 and defining each scenario; (ii) develop and exercise methods for analyzing and interpreting xLPR v2.0 outputs ; and (iii) exercise the various sampling options available in xLPR v2.0. The simulation workflow template developed during the course of this effort helps to form a basis for the application of the xLPR code to problems with similar inputs and probabilistic requirements and address in a systematic manner the three points covered by the scope.
xLPR Sim Editor 1.0 User's Guide
The United States Nuclear Regulatory Commission in cooperation with the Electric Power Research Institute contracted Sandia National Laboratories to develop the framework of a probabilistic fracture mechanics assessment code called xLPR ( Extremely Low Probability of Rupture) Version 2.0 . The purpose of xLPR is to evaluate degradation mechanisms in piping systems at nuclear power plants and to predict the probability of rupture. This report is a user's guide for xLPR Sim Editor 1.0 , a graphical user interface for creating and editing the xLPR Version 2.0 input file and for creating, editing, and using the xLPR Version 2.0 database files . The xLPR Sim Editor, provides a user - friendly way for users to change simulation options and input values, s elect input datasets from xLPR data bases, identify inputs needed for a simulation, and create and modify an input file for xLPR.
Performance Assessment of a Generic Repository for Defense-Related HLW/SNF in Fractured Crystalline Host Rock
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