RecurDyn/AutoDesign can solve the design
optimization for Inter-disciplinary system (MBD + FEA +
Control). The following figure shows that it finds the
optimal gain values of the controller to minimize the skew
angle while maintaining a constant paper speed.
RecurDyn/AutoDesign
is an easy optimization tool based on DOE and meta-models,
which provides the following three design tools:
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Design Study for
Effect Analysis and Design Variable Screening
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Deterministic
Optimization combined with Meta-Models
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Robust
optimization and DFSS (Design for Six Sigma)
combined with Meta-Models
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Features
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DOE
methods for Effect Analysis:
Extended Plackett-Burman
Design, Three-level Orthogonal Array Design,
Level-Balanced Descriptive Design, Full Factorial Design
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DOE
methods for Meta-Modeling:
Discrete Latin Hypercube
Design, Incomplete Small Composite Design-I and -II,
Generalized Small Composite Design, Box and Behnken Design,
Face-Centered Central Composite Design
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Meta-Modeling Techniques:
Simultaneous Kriging
Method, Radial Basis Function Method, Conservative RSM
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Numerical
Optimization Method:
Augmented Lagrange
multiplier method, BFGS method, Hestenes-Stiefel method,
Variable-order polynomial line search method, Weighted
Min-Max Formulation for multi-objectives
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Parametric Value for
Dynamic Analysis
FE shape
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Objective
and constraints
Position, velocity,
acceleration, force and equation
Stress and deformation
 
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