Toward a New Generation of Smart Biomimetic Actuators for Architecture

Keyphrases

• Poroelasticity 100%
• Biomimetic Actuator 100%
• Hydraulic Actuation 50%
• Mechanical Properties 50%
• Hydraulics 50%
• Performance Degradation 50%
• Bio-inspired 50%
• Movement Behavior 50%
• Resilient 50%
• Directional Dependence 50%
• Long-term Performance 50%
• Shape Change 50%
• Smart Buildings 50%
• Environmental Stimuli 50%
• Material Needs 50%
• System Size 50%
• Plant Architecture 50%
• Response Speed 50%
• Building Skin 50%
• Hydraulic Actuator 50%
• Mechanical Robustness 50%
• Technical Structure 50%
• Plant Movement 50%
• Cone Scale 50%
• Triggering Stimuli 50%
• Bilayer Actuators 50%
• Scaling Robustness 50%
• Movement Principle 50%
• Hygroscopic Material 50%
• Biomimetic Devices 50%
• Actuation Time 50%

Engineering

• Biomimetics 100%
• Hydraulics 66%
• Actuation 66%
• Limitations 33%
• Flow Rate 33%
• Performance Degradation 33%
• Term Performance 33%
• Intelligent Buildings 33%
• Size System 33%
• Dimensional Shape 33%
• Shape Change 33%
• Dependent Manner 33%
• Hygroscopic Material 33%
• Flow Velocity 33%
• Actuator 33%