Fluids in motion
A world without turbulence will be chaotic
Embedded Files
Turbulence in everyday life's activities
Turbulence in everyday life's activities
Blood flow applications and research
Blood flow applications and research
Blood flow and cardiovascular research PIV experimental setup
patient-specific artery
Stent design blood flow dynamics assessment
PIV flow visualisation for a constricted artery
Stenosis_90_steady1.aviHelping people hear better
Helping people hear better
Turbulence noise severely affects hearing aid performance. (Article from the Australian)
Industry standard Kemar model
3D printed model
Wind tunnel experiments
Numerical simulations
Pressure variation on the head when subjected to turbulent flows
Fundamental turbulence research
Fundamental turbulence research
The importance of pipe flow research. Australia has over 39,000 km of gas pipeline (Australia Pipelines and Gas Association). Water mains in South Australia along is more than 27,000 km (SA Water).
The amount of energy used solely for pumping
water supply and waste water is 2,425,143 GJ (Water Services Association of Australia).
Fine scale motion of turbulence
Fine scale motion of turbulence
Complexity of fluid motion with increasing Reynolds number (left to right), leading to increasing difficulty to study.
Importance of pipe flows
Importance of pipe flows
Articles on why pipe flows are important for Universities.
Renewable energy applications
Renewable energy applications
Different wind farm configurations to study optimum power output
Renewable Energy
Renewable Energy
Wind turbines are the leading source of green energy in Australia. As South Australia moves towards complete green energy, wind farms will play an essential role to achieve that target.
WT.mp4CFD of a single wind turbine
Aerospace applications
Aerospace applications
UAVs
UAVs
Using wind tunnel experiments and supercomputer simulations to study aerodynamics of UAVs.
To design next generation of UAVs with improved flight performance.
Hypersonic flows
Hypersonic flows
We are steady progressing into hypersonic travels. Here our group is researching into hypersonic jet engine. The aim is to understand the flow physics of injecting fuel into a cross flow of Mach number 5. Right image shows distinct shock and turbulence features
hypersonic_video.mp4If you like to discuss about any of my projects, please kindly get in touch.
If you like to discuss about any of my projects, please kindly get in touch.
I am also available for media correspondence.
I am also available for media correspondence.
Get in touch. Email: rey.chin@adelaide.edu.au
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