- Integration Approaches to Model Bioreactor Hydrodynamics and Cellular Kinetics for Advancing Bioprocess Optimisation
VK Singh, I Jimnez del Val, J Glassey, F Kavousi
Bioengineering 11 (6), 546 2024
- Where engineering meets biology: The Computational Fluid Dynamic analysis of a stacked duckweed bioreactor
D Maguire, NE Coughlan, MAK Jansen, EP Byrne, F Kavousi
Aquacultural Engineering 104, 102375 2024
- On the rise: Development of a multi‐tiered, indoor duckweed cultivation system
NE Coughlan, D Maguire, AA Oommen, C Redmond, R O'Mahoney, ...
Water Environment Research 95 (12), e10964 2023
- Modelling of a tubular kirigami (RC-kiri) with outside lamina emergent torsional joints
S Ye, P Zhao, S Li, F Kavousi, G Hao
IFToMM International Conference on Mechanisms, Transmissions and 2023
- A novel radially closable tubular origami structure (RC-ori) for valves
S Ye, P Zhao, Y Zhao, F Kavousi, H Feng, G Hao
Actuators 11 (9), 243 2022
- Hydrodynamics and gas transfer performance of confined hollow fibre membrane modules with the aid of computational fluid dynamics
F Kavousi, E Syron, M Semmens, E Casey
Journal of Membrane Science 513, 117-128 2016
- Experimental and numerical study of mass transfer and hydrodynamic performance of confined hollow fibre membrane modules
F Kavousi, M J Semmens, E Syron, E Casey
Euromembrane conference, Aachen, Germany 2015
- Optimal design of drainage channel geometry parameters in vane demister liquid–gas separators
F Kavousi, Y Behjat, S Shahhosseini
Chemical Engineering Research and Design 91 (7), 1212-1222 2013
- Two phase gas-liquid vane demister simulation and evaluating the effect of drainage channels on separation efficiency
F Kavousi, Y Behjat, Sh Shahhosseini
Farayandno Scientific Journal, Iran 37 (7), 17-30 2011
- Evaluating the effect of turbulent dispersion models on the simulation of a vane liquid-gas separator
F kavousi, Y Behjat, Sh Shahhosseini
7th international Chemical Engineering Congress & Exhibition, Kish, Iran 2011
- DISPERSION IN THE RESIDENCE TIME OF SIZE-DISPERSED PARTICLES IN SEDIMENTATION
K Cronin, F Kavousi, C Tang