Curing kinetics and mechanical properties of bio-based composite using rosin-sourced anhydrides as curing agent for hot-melt prepreg

Keyphrases

• Mechanical Properties 100%
• Anhydride 100%
• Bio-based Composites 100%
• Rosin 100%
• Curing Agent 100%
• Hot-melt Prepreg 100%
• Curing Kinetics 100%
• Kinetic Properties 100%
• Petroleum 66%
• Epoxy Resin 66%
• Epoxy Resin Systems 66%
• Hardener 66%
• Activation Energy 33%
• Mechanical Performance 33%
• Non-isothermal 33%
• Glass Transition Temperature 33%
• Fiber Volume Fraction 33%
• Processing Parameters 33%
• Prepreg 33%
• Mechanical Dynamics 33%
• Carboxyl Group 33%
• Maleic Anhydride 33%
• Bioresin 33%
• Fourier Transform Infrared Spectroscopy (FT-IR) 33%
• Hydrogenated 33%
• Dynamic Mechanical Properties 33%
• Bending Strength 33%
• Mid-temperature 33%
• Viscometer 33%
• Viscosity-temperature Characteristics 33%
• Resin System 33%
• Curing Mechanism 33%
• Cone-and-plate 33%
• Bending Modulus 33%
• Structure Component 33%
• Secondary Structure 33%
• Structure Structure 33%
• Imidazole Salts 33%
• IMA System 33%
• Oxirane Ring 33%
• Thermosetting Systems 33%
• Oxirane 33%
• Phenanthrene 33%
• Imidazole 33%
• Amino 33%
• Curing Behavior 33%
• Cross-linked Network 33%
• Crosslinking Agent 33%
• Ring Structure 33%
• Analysis Transforms 33%
• Bioproducts 33%
• Kissinger Method 33%
• Differential Scanning Calorimeter 33%
• Processing Properties 33%
• Reaction Activation Energy 33%
• Latent Catalysts 33%

Material Science

• Epoxy 100%
• Prepreg 100%
• Activation Energy 25%
• Flexural Strength 25%
• Glass Transition Temperature 25%
• Volume Fraction 25%