SEDL / Topics / General Technology / Recent 25 JAI
N-Class Fire Resistant Divisions in U.S. Naval Ships
Using Directional Flame Thermometers for Measuring Thermal Exposure
Comparisons of Temperature and Heat Flux in Furnaces Controlled by Different Types of Temperature Sensors
Predicting Fire Behavior of Composite CFT Columns Using Fundamental Section Behavior
Measuring Properties for Material Decomposition Modeling
Fire Performance Testing of Building Element Interfaces and Connections
Keynote—Materials Selection for Oxidizer Service—Successes and Challenges
Determination of Burn Criterion for Promoted Combustion Testing
Liquid Oxygen Rotating Friction Ignition Testing of Aluminum and Titanium with Monel
®
and Inconel
®
for Rocket Engine Propulsion System Contamination Investigation
Determination of Time Required for Materials Exposed to Oxygen to Return to Reduced Flammability
Good Practices for Avoiding Fires in Steel Mill Oxygen Systems
An Approach to Understanding Flow Friction Ignition: A Computational Fluid Dynamics (CFD) Study on Temperature Development of High-Pressure Oxygen Flow Inside Micron-Scale Seal Cracks
Oxygen Fire Hazards in Valve-Integrated Pressure Regulators for Medical Oxygen
Identification and Quantification of Combustion Products Released by Non-Metallic Materials Used for Medical Oxygen Equipment
Advanced Crew Escape Suits (ACES) Particle Impact Test
Ignition of Contaminated Aluminum by Impact in Liquid Oxygen—Influence of Oxygen Purity
Verification of the ASTM G-124 Purge Equation
Promoted Ignition-Combustion Behavior of Cobalt and Nickel Alloys in Oxygen-Enriched Atmospheres
Chlorine Trifluoride Exposure Testing and Oxidizer Reactivity Results
Tribocharging of Particle Contaminants Evaluated as an Ignition Source in Oxygen-Enriched Environments
The Importance of Quality Assurance and Batch Testing on Nonmetallic Materials Used for Oxygen Service
Adiabatic Compression Testing—Part I: Historical Development and Evaluation of Fluid Dynamic Processes Including Shock-Wave Considerations
Promoted Ignition Testing of Metallic Filters in High-Pressure Oxygen
Adiabatic Compression Testing—Part II: Background and Approach to Estimating Severity of Test Methodology
Test Method for Quantifying the Ignitability of Metallic Materials
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