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Spiral Casing and Draft Tube Modelling with Cylindrical Coordinate-Based Analysis Stress Assessment of a Turbine Foundation

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AI Summary

 This webinar explores how to assess a hydroelectric turbine foundation using MIDAS FEA NX, covering complex geometry modelling, multiple operational load cases in cylindrical coordinates, and the evaluation of stresses, displacements, and sectional forces. 

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Description

 Hydroelectric turbine foundations are exposed to complex geometries, multidirectional forces, and varying operational conditions. Learn how to use MIDAS FEA NX to build a detailed 3D model, apply realistic load cases, and evaluate critical structural responses for reliable stress assessment. 

Key Points

Model complex spiral casing and draft tube geometries with advanced meshing techniques.

Apply vertical, radial, and tangential loads using cylindrical coordinate systems.

Evaluate six operational scenarios, including standstill, normal operation, and worst-case events.

Compare principal stresses, total displacements, and bending moments across load cases.

Extract sectional forces from solid elements using Gauging Shells, LDF Sum, and line diagrams.

Speaker

Harshit Tripathi Associate Application Engineer MIDAS IT
He is a Geotechnical Engineer with specialized expertise in soil–structure interaction, advanced numerical modelling, and foundation engineering. He completed his Master’s degree from IIT Bombay, where his work focused on developing practical, research-driven solutions for complex geotechnical challenges.Harshit currently works at MIDAS in the Geotechnical Department as a Technical Support Engineer at the Mumbai office. In this role, he supports engineers across the country in applying advanced FEM-based geotechnical analysis, improving modelling workflows, and resolving project-specific technical queries.His work blends academic depth with hands-on engineering insight, making his sessions highly valuable for both students and professionals in the field.
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