Similar Items: X-ray motion analysis of charge particles in a laboratory mill
- A study of charge motion in rotary mills, with particular reference to the grinding action
- An assessment of software packages as applied to particles in a rotating mill
- The study of the influence of the lifter height on the charge motion, velocity profile and power draw of a laboratory tumbling mill using DEM simulations
- An investigation into the parameters affecting the performance of tube mills : the behaviour of a single particle on a corrugated liner inside a rotating cylinder
- The effect of liner design upon charge motion in a rotary mill
- An investigation into the parameters effecting the performance of tube mills : the behaviour of a single particle on the inside of a rotating cylinder
Author: Powell, Malcolm
- Using discrete element modelling (DEM) and breakage experiments to model the comminution action in a tumbling mill
- Contribution to the understanding of the three-product cyclone on the classification of a dual density platinum ore
- Measurement of particle interaction properties for the incorporation into Discrete Element Methods
- Application of CFD to hydrocyclone flow prediction
- X-ray motion analysis of charge particles in a laboratory mill
- The effect of circuit configuration on regrind circuit performance
Author: Govender, Indresan
- A granular flow model of an annular shear cell
- Granular flow modelling of rotating drum flows using positron emission particle tracking
- X-ray motion analysis of charge particles in a laboratory mill
- Axial segregation of granular flows in rotating drums
- A GPGPU implementation of the discrete element method applied to modeling the dynamic particulate environment inside a tumbling mill
- Using positron emission particle tracking (PEPT) to investigate the motion of granular media in a laboratory-scale tumbling mill