673 Mixing and Segregation of Particulate Systems I


Description:
Mixing and segregation phenomena occur in most systems of powdered or granular solids and can have a significant influence on their behavior. In addition, the deliberate mixing of solids is an essential operation in the production of industrial powders or granular products constituted from different ingredients. Since product performance depends on blend homogeneity, the consequences of variability can be severe. Despite the enormous importance of solids mixing, our understanding of mixers, and mixing and segregation phenomena leaves much to be desired. For this session, we therefore seek both experimental and theoretical papers on fundamentals, scale up and modeling of mixing, process applications and design, and monitoring and instrumentation. We particularly encourage submissions relevant to industrial practice.

Sponsor:
Solids Flow, Handling and Processing


Chair:
Richard M. Lueptow
Professor
Northwestern University
Mechanical Engineering
2145 Sheridan Road
Evanston, IL
60208
Email: r-lueptow@northwestern.edu

Co-Chair:
Ben Freireich
Technical Director
Particulate Solid Research, Inc.
Particulate Solid Research, Inc.
Chicago, IL
60632
Email: freireib@gmail.com


Papers:
DEM Investigation of Adhesive Mixing of Fine and Coarse Particles: Dynamics of Collisional Mixing and Attachment
Xiaoliang Deng, New Jersey Institute of Technology; Kai Zheng, New Jersey Institute of Technology; Rajesh Davé, New Jersey Institute of Technology
Improved Pharmaceutical Blend Content Uniformity Due to Reduced Agglomeration of Dry Coated Micronized Drug Powders
Zhonghui Huang, New Jersey Institute of Technology; Kuriakose Kunnath, New Jersey Institute of Technology; Rajesh Davé, New Jersey Institute of Technology
Segregation of Fragile Granular Materials
Ben Freireich, Particulate Solid Research, Inc.; Yi Fan, The Dow Chemical Company; Karl Jacob, The Dow Chemical Company
Lubrication in Continuous Tubular Powder Blenders
Sarang Oka, Rutgers, The State University of New Jersey; Sara Moghtadernejad, Rutgers University; Zhanjie Liu, Rutgers University; Fernando J. Muzzio, Rutgers, The State University of New Jersey
Particle Size Segregation in Granular Shear Flows
Siying Liu, University of Pittsburgh; J. J. McCarthy, University of Pittsburgh
Quantification of Granular Size Segregation in a 3D Conical Bounded Heap: Theory, Simulations, and Experiments
Austin B. Isner, Northwestern University; Paul B. Umbanhowar, Northwestern University; Julio M. Ottino, Northwestern University; Richard M. Lueptow, Northwestern University
Abstract Submissions Closed
See more of this Group/Topical: Particle Technology Forum