• Cable Data Base for Safe Shutdown Analysis
• Thermal Hydraulic Analysis of the RHR Pump Suction Piping System

• Fire PRA Challenges: Fire Modeling
• Modeling of the Venturi Scrubber for the FILTRA-MVSS System
• Flume Testing at FAI

• Discussion on Scaling for Experiments
• Fluid Elastic Instability Causing Tube Damage in BWR Main Steam Condensers
• Fire PRA Challenges: Cable Selection and Circuit Analysis

• Fire Modeling for Ringhals PWRS
• Droplet Solidification and the Potential for Steam Explosions
• Upcoming MAAP4 Training Courses
• VEXTOR, FAI's Vortex Suppressor

• MAAP 5.0 Code Enhancements

• Waterhammer in a Pipeline with Two Entrapped Air Bubbles
• The Hanford Spent Nuclear Fuel Project and K Basins Cleanup Project
• FAI's Award Winning Contributions to the New AP1000^TM Reactor Design

• Performance-Based Fire Risk Analysis
• New Computer Code for Gas-Water Waterhammer in Nuclear Power Plants
• Dome Cooling Analysis for Stable End State of Post-Severe Accidents in Swedish BWRs

Winter 2008

Vol . 2 No.1

• FAI's Contribution to GSI-191 and Hydraulic Testing Capabilities
• Finding the Ideal Vent Location for Pipes
• Application of the Integral Method to Waterhammer Transient in a Pipe Line with Entrapped Air
• A Radioactive Contamination Release and Control During and After Fires

• TMI-2: A Textbook in Severe Accident Management Click here to download the 247 slides used in this professional development course. (8,350 Kb)
• Implementation of an Integral Accident Response System
• Introduction of MAAP4-CANDU
• The Ever-Expanding Uses of the MAAP Code

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