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Webinar
Ongoing Registration In Progress Closed
NR Webinar Series Ep.2:
Network Rail U-Frame Steel Bridge
Level 2 Assessment Webinar
    11:00~12:00 (UK Time)
Location : Online (Webinar link will be sent to you)
✨ Overview

Beyong Level 1 - A Finite Element Approach to U-Frame Assessment

 

Where a Level 1 line-beam check reaches its limits, a finite element model tells the fuller story — local stresses, plate slenderness, buckling, and the reserve that only shows up once you account for imperfections and material behaviour.

In this one-hour live webinar, we build a U-frame (half-through) steel bridge in MIDAS FEA NX from the ground up: defining shell properties, meshing the geometry, applying boundary and loading conditions, then running linear static and linear buckling analyses. From there we move into a full geometric and material non-linear analysis — introducing imperfections, sequencing construction stages, and interpreting the results to reach a defensible conclusion.

It's the natural follow-on to our Level 1 session, aimed at engineers who want to assess complex U-frame behaviour with confidence.

📝 Learning Objectives

➡️ Get Oriented in FEA NX

Understand the FEA NX environment, modelling and meshing approach, and supported analysis types.

 

➡️ Build a Shell Model

Define materials and shell properties, model and mesh the U-frame geometry, and apply boundary and loading conditions.

 

➡️ Run Linear Analyses

Set up linear static and linear buckling cases and read displacements, von Mises stresses, and buckling modes.

 

➡️ Go Non-Linear

Introduce imperfections, sequence construction stages, and configure geometric and material non-linear analysis.

 

➡️Interpret & Conclude

Read non-linear results correctly and reach a clear, defensible assessment conclusion.

 

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📆 Agenda
  • Part 1

    Introduction of FEA NX 1. Overview
    2. Modelling and Meshing
    3. Supported Analysis Types

  • Part 2

    Modelling of U-Frame Bridge in FEA NX 1. Material and Shell property definition
    2. Modelling Geometry
    3. Meshing Geometry
    4. Adding Boundary conditions
    5. Adding Loading conditions

  • Part 3

    Defining Analysis Cases 1. Linear Static Analysis
    2. Linear Buckling Analysis
    3. Results – Displacements, Von-Mises stresses, Buckling Modes

  • Part 4

    Geometric and Material Non-Linear Analysis 1. Updating imperfections in the model
    2. Defining construction stage sequence
    3. Defining Geometric Non-Linear Analysis Input
    4. Defining Material Non-Linear Analysis Input
    5. Result interpretation
    6. Conclusions

  • PART 5

    Q&A

🤵 Speaker
  • Vikrant Parthe

    Vikrant Vijay Parthe is an Application Engineer at MIDAS IT, specializing in the structural analysis and design of bridge and building structures. He holds a Master's degree in Structural Engineering from SVNIT, Surat.

     

    In his role at MIDAS IT, he supports engineers and consultants across government and private organizations by providing technical guidance and helping them effectively apply MIDAS software for structural analysis and design. His expertise includes delivering technical support, conducting product demonstrations, and assisting clients in adopting engineering solutions for real-world projects.