David Frederick Fletcher

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Adjunct Professor

University of Sydney

Australia

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David Frederick Fletcher is an Adjunct Professor at the University of Sydney, Australia. His research interests encompass fluid dynamics, biofluid mechanics, and numerical analysis, with a focus on applications such as heart valves, bioinspired designs, and computational fluid dynamics. His recent publications explore topics including transitional flow regimes, the influence of bubble size on chemical degradation processes, and innovative modeling techniques for biological systems.

Recent Grants

Grant: Close

Engineering Processable, Tough Hydrogels with Biological Activity

Open Date: 2020-01-01

Close Date: 2022-12-31

Grant: Close

Plasma Bubble Column for one step remediation of PFAS

Open Date: 2019-01-01

Close Date: 2021-12-31

Grant: Close

Smart hybrid system for the formulation and design of dry powder inhalers

Open Date: 2018-01-01

Close Date: 2020-12-31

Grant: Close

“Beyond the tape measure” - measuring the impact of abnormal flow dynamics on dilation of the ascending aorta.

Open Date: 2017-01-01

Close Date: 2020-01-01

Grant: Close

ARC Training Centre for the Australian Food Processing Industry in the 21st Century

Open Date: 2014-01-01

Close Date: 2016-12-31

David Frederick Fletcher

Research Interests

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Recent Grants

Articles (20)

Experimental and numerical investigations of the transitional flow regime in a stirred tank equipped with a wide blade hydrofoil

Fluid-structure interaction analysis of bioinspired polymeric heart valves with experimental validation

Simulating big mechanically-active culture systems (BigMACS) using paired biomechanics-histology FEA modelling to derive mechanobiology design relationships

Tuned Generalised k-ω (GEKO) Turbulence Model Parameters for Predicting Transitional Flow Through Stenosis Geometries of Various Degrees

A review of the use of numerical analysis in stomach modeling

Influence of bubble size on perfluorooctanesulfonic acid degradation in a pilot scale non-thermal plasma treatment reactor

Blood flow and emboli transport patterns during venoarterial extracorporeal membrane oxygenation: A computational fluid dynamics study

Scale resolving simulations of the effect of glottis motion and the laryngeal jet on flow dynamics during respiration

A counter-swirl design concept for dry powder inhalers

Numerical simulation of buoyancy–driven flow in a human stomach geometry: Comparison of SPH and FVM models

Fluid-structure interactions of peripheral arteries using a coupled in silico and in vitro approach

Mass transfer enhancement in spacer-filled membrane channels by flow oscillation induced vortex shedding: Numerical study of the effect of amplitude

Enhancing respiratory comfort with fan respirators: Computational analysis of carbon dioxide reduction, temperature regulation, and humidity control

Primary spray breakup from a nasal spray atomizer using volume of fluid to discrete phase model

Numerical simulations of the flow and aerosol dispersion in a violent expiratory event: Outcomes of the “2022 International Computational Fluid Dynamics Challenge on violent expiratory events”

Computational fluid dynamics simulations of membrane gas separation: Overview, challenges and future perspectives

Simulating Tablet Dissolution Using Computational Fluid Dynamics and Experimental Modeling

Verification of fluid-structure interaction modelling for wave propagation in fluid-filled elastic tubes

Simulating Flow in an Intestinal Peristaltic System: Combining In Vitro and In Silico Approaches

Evaluation of SPH and FVM Models of Kinematically Prescribed Peristalsis-like Flow in a Tube

Collaborators (16)

Mark Colin Allenby

Svetlana Stevanovic

Paul Young

David A. V. Morton

Maria Woodruff

Timothy A. G. Langrish

Jordi Pallares

Dale McClure

David Winlaw

Avishka Wickramarachchi

kiao inthavong

Jungmi Hong

Robert Castilla

Julio Soria

Selene Pirola

Gustavo Fimbres Weihs

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