The seismic behavior of concrete gravity dams is significantly influenced by the interaction between the reservoir and the dam structure. While traditional methods such as Westergaard’s and Zanger’s approaches have been widely adopted, they often oversimplify the problem by neglecting the dynamic interaction between the fluid and the structure.
In contrast, the Sloshing Fluid method, which models the reservoir as a dynamic fluid medium capable of interacting with the dam, offers a more accurate and physically realistic representation of this interaction. This webinar will explore the seismic fluid-structure interaction (FSI) using advanced numerical modeling in FEA NX, with a focus on how sloshing behavior affects dam performance during earthquake events.
Join us to learn how modern FSI techniques are reshaping seismic analysis of dam structures.
✳️ Who Should Attend
- Structural/Dam and Geotechnical Engineers involved in dam design and seismic assessment
- Civil Engineers working in water resources, hydro projects, and infrastructure resilience
- Researchers and Academics in structural dynamics and fluid-structure interaction
- FEA Analysts and Simulation Professionals seeking to expand their expertise in FSI modeling
- Engineering Consultants, Risk Assessment Engineers and Dam Safety Authorities aiming for advanced seismic evaluation methods
✳️ Why Should Join
- Understand advanced FSI techniques over conventional Westergaard or Zanger methods
- Learn how to model sloshing fluid behavior and its impact on dam stability during earthquakes
- Discover the capabilities of FEA NX in handling complex dam-reservoir interaction problems
- Stay ahead with cutting-edge simulation practices relevant to modern dam safety evaluations
- Gain practical insights and modeling tips directly applicable to real-world projects
✳️ What You'll Take Away
- Limitations of conventional hydrodynamic methods
- Principles of fluid-structure interaction under seismic loading
- Numerical modeling strategies for sloshing fluid effects
- Application of FEA NX for dam-reservoir interaction analysis
✳️ Related MIDAS Software
- FEA NX

Harsha TadavarthiGeotechnical 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.
Q. Is this training program free of charge?
A. Yes! The Global Geotechnical Webinar Series 2025 is completely free of charge. Once registered, you’ll get access to all live and on-demand sessions, expert talks, hands-on tasks, and learning materials — at no cost.
Q. How do I get the training license?
A. Trial licenses for GTS NX and FEA NX are provided only to registered participants. You can find free trial information in the register confirmation email. If you can't find in your inbox, please contact us via the below link
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Q. Where do I submit my assignments?
A. Please submit completed assignments files via the below link. 🔗 Assignment Submission Form.
Q. How can I ask a question to MIDAS experts?
A. Please submit your question using the form below.One of our technical experts will get back to you shortly.🔗 Submit Your Inquiry
Q. How can I receive the certificate of completion?
A. To be eligible for the certificate, please make sure to:
✅ Attend at least 2 live sessions
✅ Submit 2 or more assignments by September 24
Certificates will be emailed to qualified participants on September 30, 2025.