Optimal design of a PZT bimorph actuator for minimally invasive surgery

Keyphrases

• Minimally Invasive Surgery 100%
• PZT Bimorph 100%
• Bimorph Actuator 100%
• Piezoelectric Ceramics 80%
• Metamodel 80%
• Design Objectives 40%
• Design of Experiments 20%
• Layer Thickness 20%
• Computationally Expensive 20%
• Metamodeling Technique 20%
• Motivation 20%
• Finite Element Simulation 20%
• Maximum Force 20%
• Maximum Deflection 20%
• Deflection 20%
• Lieu 20%
• Design Space 20%
• Pareto Frontier 20%
• Response Surface Model 20%
• Tip Deflection 20%
• Deflection Force 20%
• Kriging Model 20%
• Maximum Work 20%
• Experiment Technique 20%
• Grasping Force 20%
• Force Performance 20%
• Displacement Performance 20%

Engineering

• Optimal Design 100%
• Actuator 100%
• Piezoceramics 80%
• Design Objective 40%
• Layer Thickness 20%
• Design of Experiments 20%
• Finite Element Simulation 20%
• Design Space 20%
• Applied Voltage 20%
• Pareto Frontier 20%
• Surface Model 20%
• Kriging Model 20%
• Response Surface 20%

Material Science

• Actuator 100%
• Finite Element Method 20%
• Experimental Design 20%
• Surface (Surface Science) 20%