DOE Standard Accident Analysis For Aircraft Crash Into Hazardous Facilities

• DOE Standard Accident Analysis For Aircraft Crash Into Hazardous Facilities
• This document has been reproduced directly from the best available copy.
• Table of Contents
• Table of Contents - Continued
• Foreword
• Foreword - Continued
• Foreword - Continued
• Organization Represented
• Introduction
• Purpose
• Purpose - Continued
• Applicability.
• References.
• Definitions
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• General Implementation Guidance
• General Implementation Guidance - Continued
• Figure 1. Flowchart implementing the standard
• Figure 1. Flowchart implementing the standard - Continued
• Figure 1. Flowchart implementing the standard - Continued
• Exposure Screening
• Impact Frequency Evaluation.
• Structural Screening and Evaluation.
• Structural Evaluation
• Structural Evaluation - Continued
• Release Frequency Screening.
• Release Frequency Evaluation
• Exposure Evaluation.
• Further Analysis
• Screening and Evaluation Guidelines
• Impact Frequency Evaluation Guideline.
• Structural Screening and Evaluation Guideline
• Release Frequency Screening Guideline
• Methodology For Evalating Aircraft Crash Impact and Realse Frequency
• Introduction
• Methodology for Impact Frequency Screening
• Methodology for Impact Frequency Evaluation
• Impact Frequency from Nonairport Operations.
• General Aviation.
• Commercial and Military Aviation.
• Commercial Aviation Air Carrier.
• Commercial Aviation Air Taxi.
• Calculated Impact Frequency.
• Methodology for Aircraft Crash Release Frequency Screening.
• Methodology for Aircraft Crash Release Frequency Evaluation.
• Methodology for Aircraft Crash Release Frequency Evaluation. - Continued
• Methodology for Aircraft Crash Release Frequency Evaluation. - Continued
• Methodology for Aircraft Crash Release Frequency Evaluation. - Continued
• References.
• Methodology for Evaluating the Integrity of Structures. Systems
• Structural Screening.
• Figure 2: Structural Evaluation Outline
• Figure 2a: Structural Evaluation for Release Frequency Screen
• Figure 2b: Structural Evaluation for Release Frequency Evaluation
• Structural Screening. - Continued
• Structural Evaluation
• Structural Evaluation - Continued
• Missile and Target Selection.
• Selection and Characterization of Critical Missiles.
• Selection of Target SSCs, Angle, and Location of Impact.
• Local Response Evaluation
• Figure 3. Sequence of local target response to missile impact
• Evaluation of Reinforced Concrete Targets.
• Table I. Empirical formulas for local response evaluation of reinforced concrete targets (see Note 1).
• Perforation Thickness.
• Evaluation of Steel Targets
• Global Response Evaluation.
• Energy-Balance Method.
• Energy-Balance Method. - Continued
• Energy-Balance Method. - Continued
• Energy-Balance Method. - Continued
• Time-History Analysis Method
• Structural Evaluation Criteria.
• SSC Functionality Evaluation.
• Structural Evaluation Results
• References.
• Methodology for Evaluating Exposure Due to Aircraft Impact
• Radioactive Material Offsite Exposure Determination.
• Table II. Fraction of radioactive material released and respirable.
• Radioactive Material Offsite Exposure Determination.
• Radioactive Material Onsite Exposure Determination
• Hazardous Chemicals.
• Hazardous Material Offsite Exposure Determination
• Exposure Evaluation
• Application Guidance.
• Application Guidance. - Continued
• References.
• References. - Continued
• Appendix A: Basic for Screening and Evaluation Guidelines
• Table of Contents
• Exposure Screening Guidelines
• Exposure Screening Guidelines for Exposures Evaluated at the Site Boundary.
• Onsite Exposure Screening Guidelines
• Onsite Exposure Screening Guidelines - Continued
• Hazardous material exposure
• Potential Contamination to the Environment Exposure Screening Guidelines.
• Frequency Screening Guidelines
• Structural Response Screening Guidelines
• References.
• Appendix B: Guidance and Data for Impact Frequency Calculation
• Table of Contents
• Table of Contents - Continued
• Table of Contents - Continued
• Determination of Number of Operations
• Aircraft Crash Rates.
• Table B-1. Aircraft crash rates by category, subcategory, and flight phase.1
• Coordinate Convention
• Coordinate Convention - Continued
• Pattern Side for Military Aviation.
• Crash Location Probabilities for Near-airport Operations
• Crash Location Probabilities for Near-airport Operations - Continued
• Crash Location Probabilities for Near-airport Operations - Continued
• Expected Number of Crashes Per Square Mile Per Year for Nonairport Operations.
• Expected Number of Crashes Per Square Mile Per Year for Nonairport Operations. - Continued
• Table B-2. Crash location probability f(x,y) for commercial aircraft takeoff.
• Table B-3. Crash location probability f(x,y) for commercial aircraft landing.a
• Table B-4. Crash location probability f(x,y) for general aviation aircraft takeoff.
• Table B-5. Crash location probability f(x,y) for general aviation aircraft landing
• Table B-6. Crash location probability f(x,y) for large military aircraft takeoff with the pattern side to the right of the direction of flight.
• Table B-7. Crash location probability f(x,y) for large military aircraft takeoff with the pattern side to the left of the direction of flight.
• Table B-8. Crash location probability f(x,y) for large military aircraft landing with the pattern side to the right of the direction of flight.
• Table B-9. Crash location probability f(x,y) for large military aircraft landing with the pattern side to the left of the direction of flight.
• Table B-10. Crash location probability f(x,y) for small military aircraft takeoff with the pattern side to the right of the direction of flight.
• Table B-11. Crash location probability f(x,y) for small military aircraft takeoff with the pattern side to the left of the direction of flight.
• Table B-12. Crash location probability f(x,y) for small military aircraft landing with the pattern side
• Table B-13. Crash location probability f(x,y) for small military aircraft landing with the pattern side
• Table B-14. DOE site-specific values and maximum, minimum, and average CONUS values
• Table B-15. DOE site-specific values and maximum, minimum, and average CONUS values
• Effective Area Calculations.
• Figure B-3. Rectangular facility effective target area elements
• Table B-16. Representative wingspans (WS) for commercial, general aviation
• Table B-17. Values of the mean of the cotangent of the impact angle (cot ).
• Sample Problem
• Table B-19. Airport Information for sample facility.
• Table B-20. Information from the local airports.
• Table B-21. Data collection table.
• Table B-22. Data collection table for Airport 1 Runway 10.
• Table B-25. Data collection table for Airport 2 Runway 0.
• Table B-26. Data collection table for Airport 3 Runway 22.
• Figure B-5. Orthonormal distance from Airport 2 to facility
• Sample Problem - Continued
• Table B-28. Updated data collection table for Airport 1 Runway 10
• Table B-30. Updated data collection table for Airport 2 Runway 18
• Table B-33. Updated data collection table for Airport 3 Runway 4
• Table B-34. Results of effective area calculations.
• Sample Problem - Continued
• Table B-35. Completed data collection table for Airport 1 Runway 10.
• Table B-37. Completed data collection table for Airport 2 Runway 18.
• Table B-39. Completed data collection table for Airport 3 Runway 22.
• Table B-41. General aviation nonairport crash frequency.
• Table B-43. Helicopter Crash Frequency.
• References.
• Appendix C: Guidance for Structural Response Evaluation
• Table of Contents
• Purpose.
• Missile and Target Selection.
• Selection and Characterization of Critical Missiles.
• Selection and Characterization of Critical Missiles. - Continued
• Selection of Target SSCs, Angle, and Location of Impact.
• Local Response Evaluation.
• Scabbing Thickness.
• Perforation Thickness.
• Perforation Thickness. - Continued
• Perforation Thickness. - Continued
• Perforation Thickness. - Continued
• Perforation Thickness. - Continued
• Punching Shear.
• Global Response Evaluation.
• Time-History Analysis Method.
• Missile-Target Interaction Analysis
• Structural Evaluation Criteria.
• Evaluation of Earth-covered Structures.
• References
• References - Continued
• Appendix D: Additional Guidance For Exposure Evaluation
• Table of Contents
• Nuclear Exposure Evaluation.
• Parameter Assumptions
• Dispersion Modeling and Consequence Assessment.
• Chemical Exposure Evaluation
• Definition of Source Terms.
• Dispersion Models.
• Figure D-1 Scenario identification flowchart
• Figure D-1 Scenario identification flowchart - Continued
• Figure D-1. Scenario identification flowchart (continued)
• Figure D-1 Scenario identification flowchart - Continued
• Figure D-1 Scenario identification flowchart - Continued
• Figure D-1 Scenario identification flowchart - Continued
• Figure D-1 Scenario identification flowchart - Continued
• Figure D-2. Visualization of scenarios
• Figure D-2. Visualization of scenarios - Continued
• Figure D-2. Visualization of scenarios - Continued
• Figure D-2. Visualization of scenarios - Continued
• References.
• References. - Continued
• Concluding Material
• Blank Page
• Blank Page
• Blank Page
• Blank Page
• Blank Page
• Blank Page
• Blank Page
• Blank Page
• Blank Page
• Blank Page
• Blank Page
• Blank Page

DOE Standard Accident Analysis For Aircraft Crash Into Hazardous Facilities

Privacy Statement - Press Release - Copyright Information. - Contact Us