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This webinar demonstrates how MIDAS GEN can be used for the analysis of complex industrial structures, addressing challenges such as large structural systems, multi-directional wind loading, dynamic effects, and geometrical imperfections.
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The session highlights automated modeling workflows, advanced wind and dynamic analysis capabilities, and the incorporation of imperfections to achieve more realistic structural behavior.
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Description
This webinar demonstrates how MIDAS GEN can be effectively used for the analysis of complex industrial structures, addressing key challenges such as large structural systems, multi-directional wind loading, dynamic effects, and geometrical imperfections.
The session focuses on practical modeling and analysis workflows, including automated generation of complex industrial structures, efficient application of wind loads from multiple directions, and advanced approaches to dynamic analysis. Emphasis is placed on improving modeling efficiency while maintaining high levels of accuracy in structural assessment.
Through practical case studies, participants will see how geometrical imperfections and dynamic effects are incorporated into real engineering models to better reflect actual structural behavior. The examples also highlight how these techniques support more reliable analysis and improved decision-making in industrial structure design and optimization.
Key Points
Application of MIDAS GTS NX to real European infrastructure projects, including tunnels, high-rise structures, and maritime facilities
Methodology for integrating geotechnical investigation data and laboratory test results into reliable Soil–Structure Interaction model calibration
Techniques for validating numerical simulations against observed field behavior and compliance with European design practices
Engineering comparison of piled and non-piled foundation systems using advanced numerical analysis and verification approaches
Benefit
Issued upon session completion
Speaker