Design innovation size and shape optimization of a 1.0 mm multifunctional forceps-scissors surgical instrument

Keyphrases

• ANSYS 25%
• Blocked Force 25%
• Compliant Mechanism 25%
• Cross-sectional Area 50%
• Cutting Force 25%
• Design Innovation 100%
• Finite Element Analysis 25%
• Finite Element Optimization 25%
• Forceps 100%
• Grasping Force 25%
• Instrument Performance 25%
• Minimally Invasive Surgery 25%
• Multifunctional Instrument 50%
• Operating Room 25%
• Optimization Problem 25%
• Optimization Routine 25%
• Parametric Variables 25%
• Performance Effect 25%
• Prototype Evaluation 25%
• Scissors 100%
• Shape Optimization 100%
• Size Optimization 100%
• Size-and-shape 100%
• Surgical Cost 25%
• Surgical Instruments 100%
• Surgical Time 25%
• Tool Performance 25%

Material Science

• Compliant Mechanism 50%
• Finite Element Method 100%
• Large Deformation 50%

Engineering

• Operating Room 33%
• Size Optimization 100%