Your enquiry has been successfully sent
Your enquiry could not be processed. Please contact us directly at www.csiro.au/Contact to make your enquiry
Contact details:
CLAYTON SOUTH VIC 3169 AUSTRALIA
Biography
Senior Research Scientist with 20 years commercial experience in advancing the science of world-leading particle-based computational models of industrial scale devices. Publication of over 50 peer-reviewed journal articles with over 1500 citations in areas including food/digestion, biomedical, process engineering, comminution, and bulk materials handling. Track record of successful delivery of high complexity consulting projects to industry through partnership with >15 leading manufacturers.
RESEARCH INTERESTS
Matt’s research focus is the use of computational modelling & simulation to study the interplay between different physics at different scales which influence the emergent behaviours of complex physical systems, and how to leverage that knowledge to control those behaviours for desired outcomes. His research spans industrial process engineering applications and the biophysical “Digital Human” space. He is especially attracted to opportunities for innovation and novel perspectives that come from multidisciplinary approaches and studying where different application domains (such as manufacturing processes, food formulation and "in body" digestion) intersect and influence each other. His most important scientific contributions involve coupling of DEM (for particulates) and SPH (for fluid flow) to study models of complex multi-physics and multi-phase systems for investigating digesta rheology, intestinal physiology and predicting microbial fermentation inside the human body; coupled slurry/rock flow inside mills; and food processing operations that involve bubbly flow, ice slurries, and cohesive powders.
Particle-based Computational Methods Applied to Complex Systems, including:
* Discrete Element Method
* Smoothed Particle Hydrodynamics
* Coupled Multiphase Liquid/Particulate flows
* Gas-Particulate flows in Process Engineering applications
* Fluid-Structure problems for Complex Flows with Deformable Boundaries
* Mechatronic Control of Vehicle Models interacting with Granular Materials.
Dynamics of Industrial Systems for Design and Process Optimisation, including:
* Food Processing / Food Formulation
* Energy Utilization / Grinding Performance / Wear prediction in Comminution Devices
* Bulk Materials Handling & Transport
* Granular Mixing
* Granular Dissipation for Stability of Civil Structures.
Dynamics of Biophysical Systems, including:
* Gut Health
* Smart Food Design
* Cardiovascular flows
* Biomechanics
* Biological Cellular Dynamics
ResearcherID: http://www.researcherid.com/rid/E-5783-2010
Google citations: https://scholar.google.com.au/citations?user=LOlLj28AAAAJ&hl
Research gate: https://www.researchgate.net/profile/Matt_Sinnott
Academia.edu: https://csiro.academia.edu/MattSinnott
Professional Areas
- Particle flows
- Multiphase flows
- Computational Modelling
- Comminution
- Biomedical
- Bulk Materials Handling
- Computer Aided Design
- Visualization
- Discrete Element Method
- Smoothed Particle Hydrodynamics
- Digestion processes
- Mechatronics modelling
- Mixing and Separation processes
- Energy Dissipation Control
- Gamma-ray Astronomy
Current Roles
-
Project Leader
MOSH FSP (Simulation Led Altered Microbiomes) -
Project Leader
Industrial Processing (Consulting Projects) -
Activity Leader
AIM FSP - Smart Food Design
Academic Qualifications
-
1993
B.Sc (Phys)
Flinders University, South Australia -
1994
Hons (Phys)
Flinders University, South Australia -
2002
PhD (High Energy Astrophysics)
University of Adelaide, South Australia
Achievements and Awards
-
2022-2022
D61 Publication Award for the paper "A particle-based modelling approach to food processing operations"
CSIRO Data61 -
2022-2022
iChemE Senior Moulton Medal for the paper "A particle-based modelling approach to food processing operations"
Institute of Chemical Engineers -
2021-2021
AIM Collaboration Award for recognition of cross business unit collaboration
CSIRO AIM FSP -
2021-2021
D61 Publication Award for the paper "Application of SPH to Single and Multiphase Geophysical, Biophysical and Industrial Fluid Flows"
CSIRO Data61 -
2020-2020
AIM Openness Award for building open, international academic and industrial collaborations
CSIRO AIM FSP -
2018-2018
Performance Award for promoting and developing opportunities in the Digital Human space
CSIRO Data61 -
2014-2014
Highly Commended Paper Award for "Prediction of industrial, biophysical and extreme geophysical flows using particle methods"
Engineering Computations Journal -
2013-2013
Research Achievement Award
CSIRO -
2010-2010
Communication Achievement Award
CSIRO -
2005-2005
Commercialisation Award for CASTfill
CAST CRC
Grants
-
2008-2009
Monash-CSIRO Collaborative Research Support Scheme
-
2018-2019
Researcher Placement Grant
We have publications by Dr Matt Sinnott