Mohammad Khalilitehrani

Showing 12 publications

2019

The morphology of the deposited particles after a wet agglomerate normal surface impact

Mohammad Khalilitehrani, Joakim Olsson, Farin Daryosh et al
Powder Technology. Vol. 345, p. 796-803
Journal article
2018

A regime map for the normal surface impact of wet and dry agglomerates

Mohammad Khalilitehrani, Joakim Olsson, Anders Rasmuson et al
AICHE Journal. Vol. 64 (6), p. 1975-1985
Journal article
2018

Incrustation of wet dirt on glass surfaces through convective drying

Hannah Waters, Mohammad Khalilitehrani, Farin Daryosh et al
Powder Technology. Vol. 340, p. 173-180
Journal article
2018

Characterization of force networks in a dense high-shear system

Mohammad Khalilitehrani, Srdjan Sasic, Anders Rasmuson
Particuology. Vol. 38, p. 215-221
Journal article
2017

Multiscale rheophysics of nearly jammed granular flows in a high shear system

Mohammad Khalilitehrani, Srdjan Sasic, Anders Rasmuson
Powder Technology. Vol. 315, p. 356-366
Journal article
2016

A multiscale approach to particulate flows in dense high-shear systems

Mohammad Khalilitehrani
Doctoral thesis
2015

Continuum modeling of multi-regime particle flows in high-shear mixing

Mohammad Khalilitehrani, Anders Rasmuson, Per Abrahamsson et al
Powder Technology. Vol. 280, p. 67-71
Journal article
2014

Rheological modeling of particle flows in high shear granulation

Mohammad Khalilitehrani
Licentiate thesis
2014

Modeling dilute and dense granular flows in a high shear granulator

Mohammad Khalilitehrani, Per Abrahamsson, Anders Rasmuson
Powder Technology. Vol. 263, p. 45-49
Journal article
2013

CONTINUUM MODELING OF PARTICLE FLOWS IN HIGH SHEAR GRANULATION

Per Abrahamsson, Mohammad Khalilitehrani, Srdjan Sasic et al
6th International Granulation Workshop
Paper in proceedings
2013

The rheology of dense granular flows in a disc impeller high shear granulator

Mohammad Khalilitehrani, Per Abrahamsson, Anders Rasmuson
Powder Technology. Vol. 249, p. 309-315
Journal article
2013

THE RHEOLOGY OF DENSE GRANULAR FLOWS IN A DISC IMPELLER HIGH SHEAR GRANULATOR

Mohammad Khalilitehrani, Per Abrahamsson, Anders Rasmuson
6th International Granulation Workshop
Paper in proceedings

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