[SIMULIA] Structural Generative Engineer

Functional Value


Easily define, store and reuse mechanical contact interaction properties across models to streamline model creation process.
Effectively post-process noise vibration simulations with support for heatmap plots
Efficiently assess the noise and vibrational characteristics of electric machines with fully automated sequential coupling of electromagnetic forces
Optimize mesh orientation around holes by aligning patterns through constrained node movement along the circular boundary.
Interactive and expedient model results analysis for validation of linearity assumptions across standard results metrics
Enable vehicle level safety workflows in 3DEXPERIENCE with the availability of crash barrier models created and maintained by Dassault Systemes
Improve mesh quality of partition hex meshes with the option to auto defeature small fillet

User Experience Value


Enhance selection of specific entities in the model through improved trap selection options in the visibility manager.

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Rapidly select all faces of partitioned geometry as geometrical supports for quick definition of relevant operating conditions

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Easily create high end visualizations of orphan results with new part based rendering settings in Physics Results Explorer

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Easy redefinition of mechanical contact numerical parameters enabling more accurate modeling of product physical behavior

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Performant and streamlined definition of a large number of loading features and pertinent load cases to represent aircraft operating conditions for internal loads analysis

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Easily create high fidelity mesh of solid rods from 3D Part with automatic procedure of extracting the neutral fiber, meshing and defining its section properties

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Advance the accuracy of durability simulations with the ability to apply a critical distance theory (TCD) correction

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Effective modeling of the stabilized nonlinear structural response of products subjected to cyclic loading for efficient virtual product validations

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Optimize mesh orientation around holes by aligning patterns through constrained node movement along the circular boundary