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Pseudo-rigid-body dynamic models for design of compliant members
Vedant,
James T. Allison
Carl R. Woese Institute for Genomic Biology
Industrial and Enterprise Systems Engineering
Aerospace Engineering
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Keyphrases
Accurate Response
12%
Analysis Solution
12%
Articulated Joint
12%
Cantilever Beam
25%
Compliant Elements
25%
Compliant Mechanism
12%
Compliant Members
100%
Compliant System
12%
Computational Expense
12%
Deformable
12%
Design Optimization
12%
Design Study
12%
Dynamic Model
100%
Dynamical Response
12%
Finite Element Analysis
25%
Flexible Beam
12%
Flexible Member
25%
Frequency Response
12%
Large Deflection
12%
Optimization Solution
12%
Pseudo-rigid-body Model
100%
Random Geometry
12%
Resonant Frequency
12%
Response Accuracy
12%
Revolute Joint
12%
Rigid Body Dynamics
100%
Steady-state Response
12%
Structural Members
12%
Engineering
Cantilever Beam
40%
Compliant Mechanism
20%
Computational Expense
20%
Design Optimization
20%
Dynamic Models
100%
Finite Element Method
40%
Frequency Response
20%
Joints (Structural Components)
40%
Model-Based Analysis
20%
Resonant Frequency
20%
Revolute Joint
20%
Rigid Body Model
60%
Rigid Structure
100%
State Response
20%
Structural Member
20%