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    Industry Partners Series with Engineer Australia Soil Structure Interaction in Infrastructure

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    AI Summary

    This webinar explores practical applications of advanced numerical modelling for complex soil-structure interaction challenges, featuring real-world case studies in integral bridge modelling, foundation design on reclaimed land, and integrated structural and geotechnical analysis. It also introduces GTS NX's latest surrogate modelling-based Back Analysis capabilities for improving model calibration and engineering decision-making.

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    Description

    Complex infrastructure projects require engineers to understand how soil and structures interact under challenging ground conditions, loading scenarios, and environmental influences.
    In partnership with Engineers Australia, this webinar explores practical applications of advanced numerical modelling through real-world engineering case studies using MIDAS GTS NX and CIVIL NX.
    The session covers integral bridge modelling involving abutment-backfill interaction and seismic design challenges, foundation design on reclaimed land in marine environments, and recent developments in GTS NX, including surrogate modelling-based Back Analysis for calibrating model parameters against site monitoring data.

    Covered in this session

    Covered in this sessionIntegral bridge modelling : Soil-structure interaction, high-skew geometry, and seismic design challenges through the Verdun Interchange Bridge case study

    Foundation design on reclaimed ground : Practical modelling approaches for foundations and laterally loaded piles in challenging marine conditions

    Integrated structural and geotechnical modelling : Connecting CIVIL NX and GTS NX to evaluate complex soil-structure interaction behaviour

    Surrogate modelling-based Back Analysis : Calibrating numerical model parameters against site monitoring data using the latest GTS NX capabilities

    Real-world engineering applications : Practical modelling approaches and insights to improve analysis accuracy, efficiency, and engineering decision-making

    Key Takeaways

    How advanced numerical modelling helps engineers evaluate complex soil-structure interaction challenges in bridge and foundation design

    How real-world case studies demonstrate practical approaches to modelling challenging ground conditions, structural behaviour, and loading scenarios

    How surrogate modelling-based Back Analysis in GTS NX supports model calibration using site monitoring data and improves confidence in engineering assessments

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    Speaker

    Michael Crisp Senior Geotechnical Engineer Mott MacDonald
    Dr. Michael Crisp is a senior geotechnical engineer with 5 years of industry experience, particularly in numerical modelling for geotechnical problems. He has a PhD in Geotechnical Engineering on the topic of Site Investigation Optimisation. Michael developed progressive validation for integral bridge analysis from 2D to 3D to provide confidence in the application of FEA analysis. His efforts in developing an integrated geotechnical and structural models have been key to achieve the transparency of results and model accuracy required for the project.
    Daniel Prudencio Design Lead and Technical Director Mott MacDonald

    Daniel Prudencio, with 22 years of experience, is a Design Lead and Technical Director for Bridges in Mott MacDonald Australia, who provided technical design input in the project since concept design to resolve technical challenges of skew and integral behaviour. Daniel was a contributing member for the first Mott MacDonald Australia trial of integrated structural and geotechnical modelling for integral bridges in 2021. His experience led to the application of this methodology for the first time in an industry project.

    Vinay B Trivedi Director VT Geotech
     With over 24 years of experience, Vinay Trivedi has developed extensive expertise in geotechnical engineering, supported by a broad understanding of related disciplines, including structural, pavement, rail, and civil engineering. His experience also includes extensive construction and site-based work, providing a practical understanding of ground conditions, construction methodologies, and the challenges encountered during project delivery. His strong analytical and problem-solving skills enable him to develop practical, technically robust, and constructible solutions, complemented by effective communication with clients, contractors, and multidisciplinary project teams. 
    Harsha Tadavarthi Geotechnical Team Leader & Technical Manager MIDAS IT Australia
    Harsha Tadavarthi is the Technical Manager for the Oceania region at MIDAS IT, with over 8 years of experience in geotechnical engineering. He specializes in advanced numerical modeling and provides expert support for geotechnical and structural analysis across dams, hydropower, underground, mining, and other critical infrastructure projects. Harsha's expertise also includes thermal and seismic simulation of dams, as well as the design and analysis of complex geotechnical systems. He leads the seamless delivery of solutions in dam engineering, ensuring industry-leading support and innovation in geotechnical modeling. Through consultancy, training, and international workshops, he empowers professionals with both practical insights and theoretical foundations in geotechnical and structural modeling, fostering excellence across the engineering community.
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