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Ideal states of granular matter in space
Published on Apr 23, 2019144 Views
Second only to water in volume, granular matter is the most frequently used material or material state in industry. Despite its importance in engineering, many physical foundations of granular matter
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Chapter list
Ideal States of Granular Matter in Space00:00
Granular Group at DLR Cologne02:15
From Statistical Physics to Materials Science02:47
Liquids and Gases03:16
Liquids and Gases....and Granular Matter03:37
Funding04:47
Granular Matter in Space04:56
Granular Matter in Space: Characterization, Processes, Modelling05:58
Challenges of Granular Matter06:23
Why is granular matter a challenge?06:33
Singularities at the Glass Transition and Random - Close Packing08:29
Granular Glass-Transition Mode - CouplingTheory (MCT)09:46
Granular MCT: Results10:27
Granular Fluids: Rheology10:36
Granular Fluids: Granular Rheology, Viscosity11:21
Granular Fluids: Granular Rheology, Sheared Fluidized Bed12:02
Granular Fluids: Rheology, Bagnold’s Scaling12:13
Experiments on Granular Media12:15
Granular Matter in Microgravity and Laboratory - 112:32
Granular Matter in Microgravity and Laboratory - 213:18
Granular Gases: Why is granular matter a challenge? - 113:52
Granular Gases: Why is granular matter a challenge? - 214:36
Granular Gases: Alternative to Vibration, Magnetic Excitation15:05
Parabolic Flight - 115:46
Parabolic Flight - 216:04
MEGraMa on Parabolic Flights: Bulk Driving in 1g and 0g17:39
MEGraMa on Parabolic Flights: Velocity Distribution18:26
Granular Gases - 119:12
Granular Gases in the Drop Tower: Catapult Capsule19:24
Granular Gases - 219:35
Granular Gases: Magnetically Excited Granular Matter20:23
Granular Gases: Velocity Moments21:21
Sounding Rocket21:54
Sounding Rocket, 3rd attempt21:57
MEGraMa on MAPHEUS-4: Result22:33
Granular Gases: Clustering22:48
Granular Gases: Clustering on Sounding Rocket Mapheus-5 - 122:56
Granular Gases: Clustering on Sounding Rocket Mapheus-5 - 223:15
Granular Gases: Cooling on Sounding Rocket Mapheus-523:45
Granular Gases: Cooling and Clustering on ISS - 124:15
Granular Gases: Cooling and Clustering on ISS - 225:22
Analysis of m&m data: Cooling and Clustering25:32
Granular Fluids25:54
Granular Fluids: Drop Tower Setup26:04
Granular Fluids: Diffusing-Wave Spectroscopy26:53
Granular Fluids: Dynamics in 3D, Drop Tower28:35
Experiments on ISS: Soft-Matter Dynamics29:36
Soft-Matter Dynamics, Brief History30:34
Robert P. Behringer - 131:30
Robert P. Behringer - 231:43
Granular Liquids, Results Drop Tower32:15
Soft-Matter Dynamics, 1st Results From Parameter Scan32:40
Sound33:26
Granular Sound33:44
Granular Sound in Microgravity: Evolution of Packing35:41
Granular Sound in Microgravity: Results37:03
Ideal Granular States in Theory and Microgravity37:47
Granular Matter in Space: Summary38:23
Regolight39:37
Granular Matters in Space: Sintering Regolith40:18
Granular Matters in Space: Sintering/Printing with Solar Light41:19
RegoLight: 3D-Printing with Solar Light41:34
Thank you42:21