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Static Step
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Configures a stress analysis procedure of a stable problem in which inertia effects are neglected.
See Defining Static Steps.
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Static Riks Step
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Configures a Riks analysis procedure to predict unstable, geometrically nonlinear collapse of a structure.
See Defining Static Riks Steps.
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Quasi-Static Step
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Configures a quasi-static stress/displacement analysis procedure with time-dependent material behavior.
See Defining Quasi-Static Steps.
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Static Perturbation Step
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Configures a static stress analysis procedure as a linear perturbation about a base state.
See Defining Static Perturbation Steps.
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Buckle Step
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Configures a stress/displacement eigenvalue buckling analysis to estimate the critical buckling loads of stiff structures.
See Defining Buckle Steps.
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Frequency Step
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Configures an eigenvalue extraction procedure to calculate the natural frequencies and corresponding mode shapes of the model.
See Defining Frequency Steps.
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Harmonic Response Step
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Configures a mode-based analysis that calculates the steady-state dynamic linearized response of a system to harmonic excitation.
See Defining Harmonic Response Steps.
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Modal Dynamic Step
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Configures a modal dynamic analysis that calculates the response of the model as a function of time, based on a given time-dependent loading.
See Defining Modal Dynamic Steps.
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Steady-State Heat Transfer Step
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Configures a heat transfer analysis procedure that calculates the steady-state distribution of temperatures in a body.
See Defining Steady-State Heat Transfer Steps.
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Transient Heat Transfer Step
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Configures a heat transfer analysis procedure that calculates the static distribution of temperatures in a body due to conduction and boundary radiation.
See Defining Transient Heat Transfer Steps.
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Damping
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Configures the type and source of damping to model the energy loss in a nonconservative system.
See Applying Damping.
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