Optimal integration of pneumatic artificial muscles with vacuum-jammed surfaces to characterise a novel reconfigurable moulding system

Keyphrases

• 3D Profile 33%
• Actuator 33%
• Carbon Composite 33%
• Carbon Fiber 33%
• Complex Geometry 33%
• Curved Profile 33%
• Development Performance 33%
• Experimental Development 33%
• Experimental Performance 33%
• Flexible Surface 33%
• Granular Media 33%
• High Strength 33%
• Hollow 33%
• Jamming 66%
• Kinematic Performance 33%
• Low-volume Production 33%
• Manufacturing Cost 33%
• Manufacturing Time 33%
• McKibben muscle 33%
• Moulding Tool 33%
• Negative Pressure 33%
• Numerical Model 33%
• Optimal Integration 100%
• Pneumatic Artificial muscle 100%
• Reconfigurable Molding 100%
• Reconfigurable Mould 66%
• Rigid Surface 33%
• Soft Pneumatic Actuator 33%
• Stiffness 33%
• Strength-to-weight Ratio 33%
• Tool System 66%
• Two-sample 33%

Engineering

• Carbon Fibre Composite 33%
• Design of Experiments 33%
• Low Volume Production 33%
• Manufacturing Cost 33%
• Manufacturing Time 33%
• Negative Pressure 33%
• Numerical Model 33%
• Pneumatic Artificial Muscle 100%
• Pneumatics 33%
• Rigid Surface 33%
• Shape Surface 33%
• Strength-to-Weight Ratio 33%