Marcello Lappa
M. Lappa is a Professor at the Department of Aerospace and Mechanical Engineering of the University of Strathclyde (UK, Glasgow), where he is also the Leader (main Programme Advisor of Studies) of the MSc courses in Mechanical Engineering. His research focuses on fluid motion and stability behaviour, computational fluid dynamics, incompressible and compressible fluid flows, organic and inorganic materials sciences and crystal growth, multiphase flows, solidification, high-temperature gas-dynamics, particle dynamics and microgravity science. In the past he has collaborated with several funding bodies, e.g. EPSRC, STFC, UK Space Agency, ESA and industrial entities. He has conducted (as a PI) scientific experiments in the fields of fluids and materials science on board the international Space Station, which have attracted the attention of several media and the UK Government (https://t-paola.co.uk/).
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Experimental Investigation of the Response of Lunar Regolith Simulants of Different Particle Size Distributions to Vertical Vibrations - ML0001Marcello LappaAerospace Thermofluids Mechanics Dynamics & Control Engineering Analysis Materials Analysis Experimental Hardware Measurement Theoretical Modelling Vibro-fluidization of Granular Materials
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Experimental Investigation of the Dynamic Response of Lunar Regolith Simulants to Vertical Vibrations in a 3D Container - ML0002Marcello LappaAerospace Thermo- Fluids Mechanics Dynamics & Control Engineering Analysis Materials Analysis Experimental Hardware Measurement Theoretical Modelling Vibro-fluidization of Granular Materials
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Experimental Investigation of the Dynamic Response of Lunar Regolith Simulants to Horizontal Vibrations - ML0003Marcello LappaAerospace Thermofluids Mechanics Dynamics & Control Engineering Analysis Materials Analysis Experimental Hardware Measurement Theoretical Modelling Vibro-fluidization of Granular Materials
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Fluid-particle systems encapsulated in triangular, tetrahedral and octahedral cavities in microgravity - ML0004Marcello LappaAerospace Thermo-Fluids CAE-Design Engineering Analysis Analysis Computer-Based Measurement Modelling Numerical Programming Simulation Software Theoretical Thermo-Vibrational Convection Rayleigh-Bernard Convection Hadley Flows Microgravity-Research Aerospace Engineering Systems and Applications
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Fluid-solid particle mixtures in corner heated cubic cavities in microgravity conditions. - ML0005Marcello LappaAerospace Thermo-Fluids CAE-Design Engineering Analysis Analysis Computer-Based Measurement Modelling Numerical Programming Simulation Software Theoretical Thermo-Vibrational Convection Rayleigh-Bernard Convection Hadley Flows Microgravity-Research Aerospace Engineering Systems and Applications
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Fluid-solid particle mixtures in vibrated shallow enclosures in normal gravity conditions. - ML0006Marcello LappaAerospace Thermo-Fluids CAE-Design Engineering Analysis Analysis Computer-Based Measurement Modelling Numerical Programming Simulation Software Theoretical Thermo-Vibrational Convection Rayleigh-Bernard Convection Hadley Flows Microgravity-Research Aerospace Engineering Systems and Applications