Printable multi-stage variable stiffness material enabled by low melting point particle additives

Keyphrases

• 4D Printing Technology 50%
• Biological Organisms 50%
• Biomechanical Energy 50%
• Brilliant 50%
• Complex Production 50%
• Composite Manufacturing Process 50%
• Continuous Regulation 50%
• Craftsmanship 50%
• Direct Ink Printing 50%
• Direct Printing 50%
• Elastomer 50%
• Flexural Modulus 50%
• Low Melting Point 100%
• Low-melting-point Alloy 100%
• Mechanical Stiffness 50%
• Microparticles 50%
• Multilevel Regulation 50%
• PDMS Composites 50%
• Phase Change 50%
• Point Particle 100%
• Printability 50%
• Sample Structure 50%
• Silicone Elastomer 50%
• Soft Actuator 50%
• Soft Robotics 50%
• Stable Stage 50%
• Steady Stage 50%
• Stiffness 50%
• Stiffness Change 50%
• Synthetic Composite 50%
• Thermal Stimulation 100%
• Three-dimensional (3D) 50%
• Transition Temperature 50%
• Two Dimensional 50%
• Unveiling 50%
• Variable Stiffness Material 100%
• Volume Ratio 50%

Engineering

• Biological Organism 25%
• Elastomer 50%
• Energy Engineering 25%
• Flexural Modulus 25%
• Manufacturing Process 25%
• Material Stiffness 100%
• Melting Point 100%
• Microparticles 25%
• Multistage 100%
• One Dimensional 25%
• Point Particle 100%
• Sample Structure 25%
• Two Dimensional 25%
• Volume Ratio 25%

Material Science

• Elastomer 100%
• Four Dimensional Printing 50%
• Ink 50%
• Microparticle 50%
• Polysiloxane 50%
• Soft Actuator 50%