Publication | Closed Access
Anisotropic elasticity and plasticity of an organic crystal
47
Citations
35
References
2019
Year
α Helical ProteinsSupramolecular AssemblyEngineeringMolecular Self-assemblyAnisotropic ElasticitySoft MatterFlexible HairElasticity (Physics)Hybrid MaterialsBiophysicsAnisotropic MaterialMaterials ScienceNonlinear ElasticityMolecular MaterialSolid MechanicsPlasticitySupramolecular ChemistryMacromolecular ArchitectureBiomolecular EngineeringNatural SciencesSelf-assemblyA-oh/e-oh Cyclohexanol DerivativesMolecular BiophysicsMechanics Of Materials
Organic crystals are generally considered to be brittle, inelastic materials, which pose challenges for application in flexible devices. Inspired by α helical proteins for their key structural role in flexible hair, here, we describe the construction of a spring-like hydrogen bonded network through the self-assembly of a-OH/e-OH cyclohexanol derivatives.
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