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Author: Ahmed, Elbasher M E

  • Author: Bremner, Sherry
  • Author: Hromnik, Marius
  • Author: Morrison, Angus James
  • Author: Pathmathas, Thirunavukkarasu
  • Author: Povall, Timothy Mark
  • Author: Powell, Malcolm
  • Author: Von Kallon, Daramy Vandi
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    Axial segregation of granular flows in rotating drums

Author: Blakemore, Dylan

  • Author: Bremner, Sherry
  • Author: Hromnik, Marius
  • Author: Morrison, Angus James
  • Author: Pathmathas, Thirunavukkarasu
  • Author: Povall, Timothy Mark
  • Author: Powell, Malcolm
  • Author: Von Kallon, Daramy Vandi
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    Multiple particle tracking in PEPT using Voronoi tessellations

Similar Items: Granular flow modelling of rotating drum flows using positron emission particle tracking

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  • Similar Items: Axial segregation of granular flows in rotating drums
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    Axial segregation of granular flows in rotating drums
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    Dense granular flow in rotating drums: a computational investigation of constitutive equations
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    Using positron emission particle tracking (PEPT) to investigate the motion of granular media in a laboratory-scale tumbling mill
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    Development of 18F radiochemistry for positron emission particle tracking (PEPT)
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    Observing flow using fast neutron radiography and positron emission particle tracking
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    Sub-Millimetre Positron-Emission Particle Tracking Using a CdZnTe Semiconductor Array
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    A granular flow model of an annular shear cell
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    The modelling of granular flow using the particle-in-cell method
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    Positron emission particle tracking inside a laboratory batch jig
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    Circulation rate modelling of tumbling mill charge using positron emission particle tracking (PEPT)
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    Investigations into a positron emission imaging algorithm
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    New technique for radiolabelling tracer with 64CU for positron emission particles tracking (PEPT) experiments
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    Improving the selectivity of the radio-labelling of ion exchange resin tracers for positron emission particle tracking
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    Tracing particle movement for simulation of light history and algal growth in airlift photobioreactors using Positron Emission Particle Tracking (PEPT)
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    Forced granular flow
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    Particle image velocimetry studies of an oscillating flow in a thermoacoustic device
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    Laminar flow through isotropic granular porous media
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    Investigating multi-directional inhomogeneous granular suspensions
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    On physical processes occurring in the hydrodynamic and magnetohydrodynamic astrophysical and laboratory flows
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    Topographic variation and fluid flow characteristics in rough contact interface
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    Hadronic gas models in particle production and phase transitions
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    Flow equations for hamiltonians from continuous unitary transformations
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    Non-perturbative flow equations from continuous unitary transformations
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    Effects of moisture content and inner drum rotation speed on the shelling performance of a melon sheller

Similar Items: Using positron emission particle tracking (PEPT) to investigate the motion of granular media in a laboratory-scale tumbling mill

  • Similar Items: A granular flow model of an annular shear cell
  • Similar Items: Multiple particle tracking in PEPT using Voronoi tessellations
  • Similar Items: Dense granular flow in rotating drums: a computational investigation of constitutive...
  • Similar Items: Axial segregation of granular flows in rotating drums
  • Similar Items: Circulation rate modelling of tumbling mill charge using positron emission particle t...
  • Similar Items: X-ray motion analysis of charge particles in a laboratory mill
  • Similar Items: A GPGPU implementation of the discrete element method applied to modeling the dynamic...
  • View Record
  • Explore related channels
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    Circulation rate modelling of tumbling mill charge using positron emission particle tracking (PEPT)
  • Quick Look
    Development of 18F radiochemistry for positron emission particle tracking (PEPT)
  • Quick Look
    New technique for radiolabelling tracer with 64CU for positron emission particles tracking (PEPT) experiments
  • Quick Look
    Granular flow modelling of rotating drum flows using positron emission particle tracking
  • Quick Look
    Evaluating the influence of lifter face angle on the trajectory of particles in a tumbling mill using PEPT
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    Tracing particle movement for simulation of light history and algal growth in airlift photobioreactors using Positron Emission Particle Tracking (PEPT)
  • Quick Look
    Positron emission particle tracking inside a laboratory batch jig
  • Quick Look
    Observing flow using fast neutron radiography and positron emission particle tracking
  • Quick Look
    Multiple particle tracking in PEPT using Voronoi tessellations
  • Quick Look
    X-ray motion analysis of charge particles in a laboratory mill
  • Quick Look
    Improving the selectivity of the radio-labelling of ion exchange resin tracers for positron emission particle tracking
  • Quick Look
    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
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    Sub-Millimetre Positron-Emission Particle Tracking Using a CdZnTe Semiconductor Array
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    Developing a methodology for characterising in-situ viscosity profiles in tumbling mills
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    On-line sensors for measuring the total ball and charge level in tumbling mills
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    Investigations into a positron emission imaging algorithm
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    Probability based models for the power draw and energy spectra of a tumbling mill
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    The diagnostic monitoring of the acoustic emission from a laboratory ball mill
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    A one-way coupled DEM-CFD scheme to mode free-surface flows in tumbling mills
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    Using discrete element modelling (DEM) and breakage experiments to model the comminution action in a tumbling mill
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    The modelling of granular flow using the particle-in-cell method
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    Discovery and radiopharmaceutical development of probes for prospective positron emission tomography imaging of malaria
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    Combined emission ratiometry and motion tracking for optical mapping of contracting hearts: Validation with monophasic action potentials
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    A GPGPU implementation of the discrete element method applied to modeling the dynamic particulate environment inside a tumbling mill

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