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Investigate Battery swelling via coupling GT's electrochemical solution GT-AutoLion with mechanical flexible bodies.
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Experience how fluid pressures can be applied on mechanical structures, as with the new FSI (Fluid-Structure Interaction) workflow for scroll compressors.
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Impose nodal temperatures on FE bodies to account for thermal stresses/strains
Abstract
A common trend observable across multiple industries is increasing system complexity coupled with tighter performance and efficiency demands. Meeting these requirements and exceeding customer expectations requires a reevaluation of long-standing processes and in certain cases, a shift from stand-alone design and simulation. To achieve the optimal product and avoid costly iteration loops, complex interactions between various physics domains need to be understood and accounted for as early as possible in the design process.
As the leading Multi-Physics System Simulation tool, GT-SUITE offers streamlined capabilities to easily couple multiple domains in one model. This webinar will showcase some of the available options of integrating mechanical system models with other domains within GT-SUITE. In addition to highlighting improvements and new features added in GT-SUITE v2024, some examples will be shown on how integration is leveraged by GT customers. Topics covered include integration of mechanical models with GT-POWER, Scroll Compressor Fluid-Structure-Interaction and Electrochemical-Mechanical Battery Swelling.
Topics include:
• Investigate Battery swelling via coupling GT's electrochemical solution GT-AutoLion with mechanical flexible bodies.
• Experience how fluid pressures can be applied on mechanical structures, as with the new FSI (Fluid-Structure Interaction) workflow for scroll compressors.
• An Integrated approach for electric motor NVH analysis is presented, considering e-motor layout with GT-FEMAG, modeling power electronics and applying forces on the e-motor stator, followed by acoustic analysis.
• Impose nodal temperatures on FE bodies to account for thermal stresses/strains

Marcel Schmädicke | Presenter
Applications Engineering Manager | Mechanical Systems at Gamma Technologies GmbH

Ashwin Henry | Presenter
Application Engineer | Mechanical Systems at Gamma Technologies