Solution of Population Balance Equation.Įstimation of Breakage Function From Laboratory Milling Data.įlow Past a Cylinder and a Sphere.Ĭoulson and Richardson’s Chemical EngineeringĬoulson & Richardson’s Chemical Engineering Series Chemical Engineering, Volume 1A, Seventh edition Fluid Flow: Fundamentals and Applications Raj Chhabra and V. Specifying the Breakage and Aggregation Kernels. Representation of Particles.īreakage Functions and Aggregation Efficiency. Nature of the Material To Be Crushed.Ĭentrifugal attrition mills.įactors influencing the size of the product.Īdvantages of the ball mill.Īgglomeration and Granulation. Separation by Density Gradient Sedimentation.īy exploiting depletion interactions. Size-Based Particle Separation Using Drying Drops. Recent Developments in Size and Shape Separation of Particles. Inertia or momentum separators.Įlectrostatic precipitators. General principles and applications in solids classification. Measurement of Flowrate and Level of Bulk Solids.Ĭauses and Consequences of Segregation.
Measurement of the Coefficient of Friction and Cohesion.įlow of Solids Through Orifices.ĭoes the Free-Fall Arch Exist?.įlow Through Sidewall Orifice.įlowrate of Solids Through Hoppers. Voidage, Bulk Density and Flowability.Ĭoncept of Stress and Mohr Circle. Scope and General Characteristics.įrictional Nature of Bulk Materials. Shape characterisation using digital image processing. Sedimentation and elutriation methods (>1μm). Particles in Environment and the Resultant Pollution.Įnergy Sector: Coal and Petroleum.
Small and large deformations.Ĭharacteristics of Particles.Įxamples From Industrial and Consumer Applications. Preface to the 1983 Reprint of the Third Edition. Note to Fourth Edition-Revised Impression 1993. Volume 2A: Particulate Systems and Particle Technology. Coulson & Richardson’s Chemical Engineering Series.Ĭoulson and Richardson’s Chemical Engineering,
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