Experimental and computational studies of the coolability of heap-like and cylindrical debris beds

INIS

• particles 100%
• quenching 100%
• reactors 75%
• configuration 75%
• cones 75%
• dryout 75%
• geometry 50%
• water 50%
• power 50%
• simulation 25%
• comparative evaluations 25%
• assessments 25%
• surfaces 25%
• data 25%
• applications 25%
• height 25%
• heat 25%
• prediction 25%
• cavities 25%
• vessels 25%
• jets 25%
• zones 25%
• investigations 25%
• porous materials 25%
• universities 25%
• margins 25%
• two-phase flow 25%
• test facilities 25%
• decay heat 25%

Keyphrases

• Coolability 100%
• Debris Bed 100%
• Computational Study 100%
• Dryout Power 20%
• Particle Bed 20%
• Reactor 10%
• Reactor Scale 10%
• Water-filling 10%
• 2D Code 10%
• Reactor Conditions 10%
• Two-phase Flow 10%
• Computational Analysis 10%
• Debris Coolability 10%
• Decay Heat 10%
• Ex-vessel Debris 10%
• Flow Solver 10%
• Water-entry Cavity 10%
• Bed Configuration 10%
• Conical Bed 10%
• University of Stuttgart 10%
• Scale Assessment 10%
• Cone Test 10%
• Bed Formation 10%
• Dry Zone 10%
• Melt Jet 10%
• Bedform Geometry 10%
• Dry Particle 10%
• Hot Particle 10%

Engineering

• Fluidized Bed 100%
• Experimental Result 50%
• Applicability 50%
• Initial Stage 50%
• Experimental Investigation 50%
• Flow Solver 50%
• Computational Analysis 50%
• Test Facility 50%
• Two-Phase Flow 50%
• Porosity 50%