Engineering
Finite Element Method
100%
Piezoelectric
100%
Microelectronics
100%
Flexure
100%
Amplification Ratio
100%
Experimental Result
50%
Design Optimization
50%
Step Response
50%
Fast Response
50%
Copper Wire
50%
Gold Wire
50%
Natural Frequency
50%
Lagrange
50%
Rigid Body Model
50%
Bridge Type
50%
Maximum Allowable Stress
50%
Mechanical Structure
50%
Electrodischarge Machining
50%
Keyphrases
Microelectronics
100%
Mechanism-based
100%
Piezoelectric Actuation
100%
Device Packaging
100%
Flexure Mechanism
100%
Wire Clamp
100%
Finite Element Analysis
33%
Frequency Mode
16%
Fast Response
16%
Design Optimization
16%
Maximum Stress
16%
Dynamic Model
16%
Copper Wire
16%
Gold Wire
16%
Stress Frequency
16%
Machining Method
16%
Homothetic
16%
Natural Frequency
16%
Jaw Displacement
16%
Amplification Ratio
16%
Grasping Operation
16%
Parallelogram
16%
Wire Electrical Discharge Machining
16%
Working Mode
16%
Monolithic Structure
16%
Leverage Mechanism
16%
Bridge-type Mechanism
16%
Mechanical Structure
16%
Pseudo-rigid-body Model
16%
Flexure-based
16%
Static Modeling
16%
Lagrange Approach
16%
Displacement Amplification
16%
Precision Grasp
16%
Step Response Test
16%
Kinematic Modeling
16%
Clamper
16%