Measurement of mechanical characteristics using micro devices with force sensing

Keyphrases

• Mechanical Characteristics 100%
• Force Sensing 100%
• Microdevice 100%
• Pathological Changes 40%
• Living Organisms 40%
• Viscoelastic Material 40%
• Kelvin-Voigt Model 40%
• Hydraulic Drive 40%
• Characteristic Changes 20%
• Identification Method 20%
• Sensing System 20%
• Estimation Model 20%
• Stiffness 20%
• Load Data 20%
• Bioengineering 20%
• Viscosity Coefficient 20%
• Discrete Displacement 20%
• Small Force 20%
• Reaction Force 20%
• Measurement Accuracy 20%
• Displacement Data 20%
• End-effector 20%
• Truth Value 20%
• Force Applied 20%
• Stiffness Coefficient 20%
• Internal Pressure 20%
• Palpation 20%
• Pressure Change 20%
• Leonardo Da Vinci 20%
• Measurement Results 20%
• Viscosity 20%
• Medical Doctors 20%
• Robotic Operating System 20%
• Microscopic Surgery 20%
• Zener Model 20%
• Identification Measurements 20%

Engineering

• Mechanical Property 100%
• Hydraulics 40%
• Fluid Viscosity 40%
• Living Organism 40%
• Reaction Force 20%
• Bioengineering 20%
• Kelvin-Voigt Model 20%
• Estimated Value 20%
• Sensing System 20%
• Applied Force 20%
• Internal Pressure 20%
• Medical Doctor 20%
• End Effector 20%

Material Science

• Mechanical Property 100%
• Hydraulics 40%
• Viscoelastic Material 40%