Fluid-Structure Coupling Model and Experimental Validation of Interaction between Pneumatic Soft Actuator and Lower Limb

Keyphrases

• Accessory Element 8%
• Air Mass Flow 8%
• Bladder 8%
• Chronic Venous Insufficiency 8%
• Compression Testing 25%
• Compression Therapy 16%
• Coupling Model 8%
• Design Parameters 8%
• Dynamic Compression 8%
• Dynamic Pressure 8%
• Dynamic Response Process 8%
• Effective Control 8%
• Effective Design 8%
• Evidence-based 8%
• Experimental Validation 100%
• Fluid-structure Coupled 100%
• Functional Design 8%
• Human-machine Interaction 8%
• Intermittent Pneumatic Compression 25%
• Lower Limb 100%
• Lymphedema 8%
• Model Validation 100%
• Monitoring System 8%
• Pneumatic Controller 8%
• Pneumatic Soft Actuator 100%
• Pressure Monitoring 8%
• Sensor Element 8%
• Soft Stiffness 8%
• Stiffness 8%
• Technical Guidance 8%
• Testing System 25%
• Textile 8%
• Time Pressure 8%
• User Compliance 8%
• Venous Hemodynamics 8%
• Working Mechanism 16%

Engineering

• Actuator 100%
• Air Mass Flow 6%
• Collected Data 6%
• Compression Testing 18%
• Delivery Pressure 6%
• Design Parameter 6%
• Dynamic Pressure 6%
• Dynamic Response 6%
• Human-Machine Interaction 6%
• Initial Thickness 6%
• Monitoring Sensor 6%
• Pneumatics 100%
• Simulated Result 6%

Material Science

• Compression Testing 25%
• Monitoring Sensor 8%
• Soft Actuator 100%