R2022x FD01 (FP.2205)
Regularizing a Test Data SetBenefits: This enhancement allows you to modify a test data set to provide a consistent
time or frequency interval.
For more information, see
Regularizing a Test Data Set
Generating a Time History from a Frequency Domain Test Data SetBenefits: This functionality allows you to evaluate whether the current set of
conversion parameters is adequate to yield a steady-state response for calibration in
Numerical Mode.
For more information, see
Generating a Time History from a Set of Frequency Domain Test Data
Critical Points in a Test Data SetBenefits: Defining critical points lets you perform other test data processing
operations more easily while keeping the critical points unchanged.
For more information, see
Specifying Critical Points in a Test Data Set
Enhancements to Plot DisplayBenefits: These enhancements provide improved usability and customization for
plots.
For more information, see
Plotting Calibration Data
Support for Hosford-Coulomb DamageBenefits: This enhancement provides a general capability for calibrating materials that
experience ductile failure, including sheet metals, extrusion metals, cast metals, and
other nonmetal materials.
For more information, see
Supported Built-In Material Models
Support for Orthotropic and Anisotropic ElasticityBenefits: This enhancement provides a general capability for calibrating materials that
experience nonisotropic response to external loadings.
For more information, see
Supported Built-In Material Models
Extended Support for Quadratic Anisotropic YieldBenefits: This enhancement provides a general capability for calibrating materials that
experience different yield or creep behavior in different directions.
For more information, see
Supported Built-In Material Models
Support for Common Empirical Hardening LawsBenefits: This enhancement provides a greater flexibility in calibrating materials that
undergo plastic yielding.
For more information, see
Supported Built-In Material Models
Support for Linear Extrapolation for Tabular PlasticityBenefits: This enhancement provides a greater flexibility in calibrating materials that
undergo plastic yielding.
For more information, see
Supported Built-In Material Models
Support for User-defined HardeningBenefits: This enhancement provides a greater flexibility in calibrating materials that
undergo plastic yielding.
For more information, see
About User Subroutines
Support for User-defined Nonlinear Viscoelastic NetworksBenefits: This enhancement provides a greater flexibility in calibrating materials
models with nonlinear viscoelastic networks defined using the parallel rheological
frame.
For more information, see
About User Subroutines
Support for Importing a Material ModelBenefits: This enhancement allows you to start a calibration with a previously defined
material model, an approach that can provide a good starting point for your calibration.
For more information, see
Importing Existing Material Data for Use as the Initial Parameter Values in a Calibration
New Simulation Example: Hyperelastic-Viscoelastic Material Calibration for Butyl RubberBenefits: This example introduces features in the Material Calibration
app that
the previous example, Elastic and Plastic Material Calibration of Aluminum, did not include.
For more information, see
Hyperelastic-Viscoelastic Material Calibration of Butyl Rubber
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