Load Identification scenario (Simcenter Nastran FEM)

Load Identification gives the estimated loads (forces) that would produce the physical response of a model. The response is known from measurement or computed data.

From the results, you can plot the force as a function of frequency in different ways, such as with XY plots, color bars, or bar charts.

Force versus frequency XY plot

Force versus frequency color bars

Force versus frequency bar chart

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Trim Analysis Results scenario (SOL 144)

Contour Plots scenario

Directivity Analysis scenario (Simcenter Nastran FEM acoustics and Acoustics BEM)

Duct Modes Transmission Coefficients scenario

Energy Contributions scenario (Simcenter Nastran FEM)

Equivalent Radiated Power scenario

Function Plots scenario

Grid Contribution scenario (Simcenter Nastran and MSC Nastran )

Inverse Numerical Acoustics (L-Curve) scenario

Matrix Comparison Plots scenario (Simcenter 3D NVH)

Maximum Analysis Frequency scenario (Acoustics BEM)

Motion Results scenario (Simcenter 3D Motion)

Waterfall to Order-Cut scenario (Simcenter Nastran FEM acoustics and Acoustics BEM)

Peakout Frequencies Plots scenario

Plotting contribution from panels, structural modes, fluid modes, and MATVs

Quality Metrics scenario

Random Results scenario (Simcenter Nastran FEM acoustics and Simcenter 3D Acoustics BEM)

Random VATV Forced Response Plots scenario

Ray Path Analysis scenario

Specialist Durability Function Definition scenario

Specialist Durability Plots scenario

Averaging scenario

Transmission Loss scenario (Simcenter Nastran FEM acoustics and Acoustics BEM)

Transfer Path Analysis (TPA) scenario (Simcenter Nastran FEM acoustics)

Force Transmissibility scenario (Simcenter Nastran FEM acoustics)

Point Mobility scenario (Simcenter 3D NVH)

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Load Identification scenario (Simcenter Nastran FEM), Simcenter 3D 2021.1 Series

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