PAOLA Space Experiment

This research project focuses on extending the numerical and experimental findings based on the T-PAOLA (https://t-paola.co.uk/) Space Experiment. The Particle Vibration experiment’s aim was to explore a new contactless manipulation method for the control of particles dispersed in a fluid using vibrations. Like magnetic fields, vibrations allow contact-less control of the flow and dispersed particles. This space project has its roots in a theory that the PI (Prof. M. Lappa) formulated almost ten years before the effective execution of these experiments in space. Given the impossibility to conduct relevant tests on the surface of our planet (due to the gravitational effect causing the sedimentation of particles), the theory was initially developed in the framework of advanced computer simulations, by which some initial aspects could be tested (in 2014 and further elaborated and refined over subsequent years). The extension in the original findings include more complex thermal configurations and advanced fluid-particle coupling models that may be utilised to understand this phenomenon in greater detail.

Science Minister George Freeman said: “This experiment paves the way for exciting scientific discoveries that could transform methods of manufacturing, demonstrating just how valuable a resource space can be for growth and industry in the UK and around the world”. “The organisations behind the experiment, QinetiQ and University of Strathclyde, provide two examples of the diversity of expertise across the UK space sector, which is already worth £16.5 billion to our economy. I look forward to seeing the next steps for this innovative work.”

For more information about the project contact Prof Marcello Lappa (marcello.lappa@strath.ac.uk) Professor at the Department of Mechanical and Aerospace Engineering at the  University of Strathclyde or Mr. Balagopal Santhosh (balagopal.santhosh@strath.ac.uk), PhD candidate at the Department of Physics at the University of Strathclyde.

For a list of the research areas in which ARCHIE-WeSt users are active please click here.