Modelling of multiphase chemical reactors (ModCheR): Final report

Keyphrases

• University of Technology 100%
• Model-driven Development 100%
• Chemical Reactors 100%
• Stirred Reactor 66%
• Helsinki 33%
• Turbulence 33%
• Modeling Approach 33%
• Pipe Model 33%
• CFD Model 33%
• Pipe Flow 33%
• Crystallization 33%
• Model Validation 33%
• Tampere 33%
• Project Model 33%
• Fluidised Bed 33%
• Cell Interaction 33%
• Population Balance Model 33%
• Drag Model 33%
• Interaction Model 33%
• Macroscopic Model 33%
• Trickle Bed Reactor 33%
• Interaction Terms 33%
• Bubble Column 33%
• Solids Mixing 33%
• Gas Mixing 33%
• Bed Model 33%
• Batch Crystallization 33%
• Dispersion Term 33%
• Bubble Flotation 33%
• Turbulent Bed 33%
• Single Crystal Growth 33%
• Model Cell 33%
• Multi-block Model 33%
• Developing Model 33%
• Drag Reducing Agent 33%
• Flow Development 33%
• Continuous Crystallization 33%
• Reactor Model 33%
• Gas-liquid Processes 33%

INIS

• modeling 100%
• chemical reactors 100%
• reactors 80%
• universities 80%
• crystallization 60%
• interactions 40%
• gases 40%
• drag 40%
• information 20%
• data 20%
• single crystals 20%
• balances 20%
• dispersions 20%
• equations 20%
• bubbles 20%
• liquids 20%
• validation 20%
• turbulence 20%
• solids 20%
• pipes 20%
• crystal growth 20%
• populations 20%
• mixing 20%
• reducing agents 20%
• fluidized beds 20%
• flotation 20%

Chemical Engineering

• Chemical Reactor 100%
• Stirred Reactor 100%
• Flotation 50%
• Trickle Bed Reactor 50%
• Fluidized Bed 50%
• Drag Model 50%
• Population Balance 50%