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CFD Research2020-09-09T09:51:45+00:00

January 2021

January 2021

Welcome Jake Emmerling, Patrick Warfield-McAlpine!

Congratulations to recent outcomes

Can computational fluid dynamic models help us in the treatment of chronic rhinosinusitis

NP Singh, K Inthavong
Current Opinion in Otolaryngology & Head and Neck Surgery 29 (1), 21-26
 2020
Nasal air conditioning following total inferior turbinectomy compared to inferior turbinoplasty–A computational fluid dynamics study

J Siu, K Inthavong, J Dong, Y Shang, RG Douglas
Clinical Biomechanics, 105237
 2020
Numerical analysis of nanoparticle transport and deposition in a cynomolgus monkey nasal passage

J Dong, J Ma, L Tian, K Inthavong, K Ito, J Tu
International Journal for Numerical Methods in Biomedical Engineering, e3414
 2020
Computational modelling of nasal respiratory flow

H Calmet, K Inthavong, H Owen, D Dosimont, O Lehmkuhl, G Houzeaux, …
Computer methods in biomechanics and biomedical engineering, 1-19
 2020

sneeze particle animation

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May 12th 2020

Recent outcomes, well done everyone!

And during this time when we are working from home we can get more computer modelling finished like this:

Updates 2019

August 19th 2019

Kiao is presenting “Mapping the mucosal surface coverage from nasal irrigation” at ANZRS2019 in Melbourne 20-22 September 2019. Good luck Kiao! https://anzrs.consec.com.au/program.html?date=all

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June 24th 2019

Welcome Kendra Shesthra, James Van Strien 🙂

November 9th 2018

SCONA & RMIT Biomedical Health Innovations Workshop

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Research Topics

Inhalation Project

Investigating respiratory function from the environment into the upper respiratory airway including the nasal cavity, pharynx, larynx, and tracheobronchial airway. The inhaled air may also contain airborne particles which we account for. We seek to understand the behaviour of biological fluids such as mucus, and physiological functions such as olfaction, inhalation, and clearance of foreign particles in the airway.

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Indoor & Built Environment

Investigating indoor air and particle flow behaviour for improving energy efficiency, and thermal comfort in building designs and; inhalation exposure to contaminants. The ventilated air is typically accompanied by buoyancy forces due to temperature differences in the room. Any occupants inside a room introduces additional heat flux, while contaminants in the enclosed environment become prone to re-dispersion from any occupant movement.

Fluid-Particle Dynamics

We use laser imaging techniques such as PIV, LDA, and PDPA, combined with high speed filming to obtain detailed images of fluid-particle systems. For example high speed filming was used to capture a spray atomization to capture the averaged droplet diameters. We have also introduced a new visualisation technique to look at wake flows from moving objects. These results are used as basis for further detailed analysis using CFD techniques

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Archived Posts