Population balance modeling of comminution processes: Implications of a nonlinear theory for practice

Keyphrases

• Nonlinear Theory 100%
• Population Balance Model 100%
• Comminution Processes 100%
• Population Balance 66%
• Specific Rate of Breakage 66%
• Batch Milling 66%
• Breakage 66%
• Milling Process 66%
• Balance Theory 66%
• Population Density 33%
• Simulation Optimization 33%
• Simulation-based Design 33%
• Particle Assembly 33%
• Pharmaceutical Industry 33%
• Attrition 33%
• Density Functional 33%
• Multi-particle Interactions 33%
• Linear Theory 33%
• Comminution 33%
• Breakage Rate 33%
• Process Length 33%
• Size Dependence 33%
• Drying Conditions 33%
• Particle Breakage 33%
• Specific Surface Area 33%
• Batch Mode 33%
• Continuous Mode 33%
• Particle Bed 33%
• Coarse Particles 33%
• Heat Sensitivity 33%
• Milling Equipment 33%
• Wet Condition 33%
• Ceramic Matrix Composites 33%
• Mesh Screen 33%
• Slowing down 33%
• Break Tests 33%
• Breakage Probability 33%
• Breakage Mechanism 33%
• Dependency Function 33%
• Breakage Behavior 33%
• Composite Paint 33%
• Shear Sensitivity 33%
• Bed Breakage 33%
• Composite Ink 33%
• Composite Foods 33%
• Over-grinding 33%
• Material Medium 33%
• Ceramic Ink 33%

Material Science

• Population Balance Modeling 100%
• Comminution 100%
• Density 25%
• Particle Assembly 25%
• Ceramic Composite 25%
• Cleavage Fracture 25%

Chemical Engineering

• Fluidized Bed 100%