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Thomas P John
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Linking power and flow in rotor-stator mixers
TP John, JS Panesar, A Kowalski, TL Rodgers, CP Fonte
Chemical Engineering Science 207, 504-515, 2019
192019
A comparison of power and flow characteristics between batch and in-line rotor-stator mixers
TP John, CP Fonte, A Kowalski, TL Rodgers
Chemical Engineering Science 202, 481-490, 2019
182019
The effect of radial impeller geometry on the link between power and flow numbers
TP John, CP Fonte, A Kowalski, TL Rodgers
AIChE Journal 68 (1), e17405, 2022
52022
Predicting droplet size distributions of emulsions produced in a sonolator
TP John, S Carrillo De Hert, Z Ren, A Kowalski, TL Rodgers
Industrial & Engineering Chemistry Research 59 (14), 6681-6695, 2020
52020
Investigating the Design and Implementation of an In-Line Near-Infrared Probe Using Computational Fluid Dynamics for Measurement of Non-Newtonian Fluids
K Haroon, T John, CP Fonte, Ć Mendoza, M Baker, P Martin
Applied Spectroscopy 76 (3), 331-339, 2022
42022
Viscoelastic Flow Asymmetries in a Helical Static Mixer and Their Impact on Mixing Performance
T John, RJ Poole, A Kowalski, C Fonte
Available at SSRN 4474745, 2023
32023
The effect of axial impeller geometry on the link between power and flow numbers
TP John, CP Fonte, A Kowalski, TL Rodgers
AIChE Journal 69 (3), e17871, 2023
22023
A comparison between the FENE-P and sPTT constitutive models in large-amplitude oscillatory shear
TP John, RJ Poole, AJ Kowalski, CP Fonte
Journal of Fluid Mechanics 979, A10, 2024
12024
Comparing Flows of FENE-P, sPTT, and Giesekus Model Fluids in a Helical Static Mixer
T John, J Stewart, RJ Poole, A Kowalski, C Fonte
Available at SSRN 4736813, 2024
2024
A comparison between the FENE-P and sPTT constitutive models in Large Amplitude Oscillatory Shear (LAOS)
TP John, RJ Poole, A Kowalski, CP Fonte
ArXiv preprint, arxiv:2308.16790, 2023
2023
The effect of impeller geometry on the relationship between power and flow in mixing devices
TP John
PQDT-UK & Ireland, 2021
2021
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