High-Resolution Molecular Tagging Velocimetry and Thermometry Facility

Grant number: LE130100088 | Funding period: 2013 - 2014

Completed

Abstract

The facility will simultaneously measure the motion of a fluid and its temperature over an area within a flow. This capability will advance engineering and scientific aims to predict, and potentially control the behaviours of thermally influenced flows that are pervasive in biological, environmental, and energy-related applications.

Related publications (3)

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High-fidelity measurements in channel flow with polymer wall injection

JR Elsnab, JP Monty, CM White, MM Koochesfahani, JC Klewicki

2019-01-25

Streamwise velocity profiles and their wall-normal derivatives were used to investigate the properties of turbulent channel flow i..

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Turbulence production in the low polymer drag reduction regime

JR Elsnab, CM White, JC Klewicki

2019-01-01

Streamwise velocity profiles and their wall-normal derivatives were used to investigate the properties of turbulent channel flow i..

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Efficacy of single-component MTV to measure turbulent wall-flow velocity derivative profiles at high resolution

JR Elsnab, JP Monty, CM White, MM Koochesfahani, JC Klewicki

2017-09-01

Physical interpretations and especially analytical considerations benefit from the ability to accurately estimate derivatives of e..

University of Melbourne Researchers

Joseph Klewicki

Nicholas Hutchins