rigidity – PARISlab at UCLA – Presentation, research interest, and publications

The PARISlab has recently been features in the ASCE magazine: http://www.asce.org/magazine/20150407-can-glass-be-as-strong-as-concrete-/ Researchers at the University of California, Los Angeles (UCLA), […]

March 23rd, 2015

Rigidity Transition in Materials: Hardness is Driven by Weak Atomic Constraints

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PDF: Rigidity Transition in Materials: Hardness is Driven by Weak Atomic Constraints

March 13th, 2015

Densified network glasses and liquids with thermodynamically reversible and structurally adaptive behaviour

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December 10th, 2014

Structural, dynamic, electronic, and vibrational properties of flexible, intermediate, and stressed rigid As-Se glasses and liquids from first principles molecular dynamics

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October 24th, 2014

MIT researchers model stronger cement on theory behind Corning Gorilla Glass

Borrowing from a ‘rigidity theory’ that has led Corning Inc. engineers to the high performance Gorilla Glass—its toughness in thin […]

PARISlab @UCLA

Physics of AmoRphous and Inorganic Solids Lab

Nanoductility in silicate glasses is driven by topological heterogeneity

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Tag: rigidity

Nanoductility in silicate glasses is driven by topological heterogeneity

Direct Experimental Evidence for Differing Reactivity Alterations of Minerals following Irradiation: The Case of Calcite and Quartz

Sub-critical crack growth in silicate glasses: Role of network topology

Cycling through the glass transition: Evidence for reversibility windows and dynamic anomalies

Topological Constraints, Rigidity Transitions, and Anomalies in Molecular Networks

[Media] Can glass be as strong as concrete?

Rigidity Transition in Materials: Hardness is Driven by Weak Atomic Constraints

Densified network glasses and liquids with thermodynamically reversible and structurally adaptive behaviour

Structural, dynamic, electronic, and vibrational properties of flexible, intermediate, and stressed rigid As-Se glasses and liquids from first principles molecular dynamics

MIT researchers model stronger cement on theory behind Corning Gorilla Glass