UW team first to measure microscale granular crystal dynamics Seattle WA (SPX) May 1, 2016 - Designing materials that better respond to dynamic loading can help vehicles minimize vibration, better protect military convoys or potentially make buildings safer during an earthquake. Granular materials - assemblages of particles that range broadly from powders to sand to microscopic beads of glass - are one of the least understood forms of matter due to the incredibly complex ways that ... more
Sunday, 22 May 2016
UW team first to measure microscale granular crystal dynamics
UW team first to measure microscale granular crystal dynamics Seattle WA (SPX) May 1, 2016 - Designing materials that better respond to dynamic loading can help vehicles minimize vibration, better protect military convoys or potentially make buildings safer during an earthquake. Granular materials - assemblages of particles that range broadly from powders to sand to microscopic beads of glass - are one of the least understood forms of matter due to the incredibly complex ways that ... more
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