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Elastomers: From Theory to Applications
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The Special Issue “Elastomers: From Theory to Applications” focuses on the current state of the art of elastomers, both in modern developments of rubber-like compositions and applications and from a theoretical perspective. The series of 13 publications offer the latest results in several specific sub-areas of elastomer research or review selected fields and concepts. Of particular interest are new structures and functionalities incorporated into elastomers, leading to the enhanced properties of crosslinked elastomeric materials for several applications, and/or to a better understanding of the structure‒property relationships and practical behaviour.
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Keywords
- 4-vinylbenzocyclobutene
- ageing
- cationic polymerization
- charcoal
- Chemical engineering
- cluster mechanics
- compression set
- crosslink
- crosslinking
- dynamic thermomechanical analyses
- elastic modulus
- Elastomers
- fatigue life
- FEM simulation
- fictive strain
- filled elastomers
- filled rubber
- filler
- filler flocculation
- filler-induced hysteresis
- fracture resistance
- functionalization
- heterogeneities
- high surface area graphite
- hydroxylamine sulfate
- hysteresis loss
- Industrial Chemistry
- Industrial chemistry & manufacturing technologies
- jamming
- loops
- magnetic elastomer
- mechanical loss factor
- Mechanical properties
- nanomaterials
- natural latex
- natural rubber
- partial structure factors
- particle network
- percolation
- polychloroprene
- polymer nanocomposites
- polymer networks
- random copolymer
- Recovery
- rubber elasticity theory
- rubber foam
- SANS
- SAXS
- serinol pyrrole
- silica
- silicon rubber (PDMS)
- small angle scattering
- Smart materials
- soft material
- stimuli-responsive gel
- stimuli-responsive materials
- storage hardening
- storage modulus
- stress softening
- structural relaxation
- S–N curve
- Technology, engineering, agriculture
- Technology: general issues
- temperature increase
- Thermodynamics
- TiO2
- Tool–Narayanaswamy–Moynihan model
- ultimate properties
- viscoelastic gripper
- viscosity stabilizer
- Zinc oxide