Characterisation of the transverse thermoelastic properties of natural fibres used in composites

Mathematics

• Angle 8%
• Anisotropy 22%
• Characterization 42%
• Composite 71%
• Empirical Model 14%
• Epoxy 15%
• Fiber 68%
• Mechanical Properties 12%
• Modeling 6%
• Necessary 6%
• Performance 5%
• Predict 9%
• Range of data 6%
• Thermal Analysis 15%
• Thermoelastic 89%
• Transverse 80%

Engineering & Materials Science

• Anisotropy 41%
• Characterization (materials science) 17%
• Composite materials 46%
• Fibers 55%
• Flax 56%
• Hot Temperature 9%
• Mechanical properties 13%
• Natural fibers 100%
• Thermoanalysis 20%

Chemical Compounds

• Anisotropy 21%
• Composite Material 40%
• Fiber 51%
• Thermoanalysis 9%