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    Webinar
    Ongoing Registration In Progress Closed
    Line Girder Analysis Approaching
    with midas Civil NX
       
    🗓️Tuesday, November 24, 2026
    ⏰1:00 PM – 2:00 PM (EST)
    💻Online: Live Webinar via GoToWebinar
    Overview

     

    How Fast Can You Go from Girder Layout to a Reviewable AASHTO LRFD Calculation Package?

    Steel I-girder design rarely stays in one place. Girder schedules live in spreadsheets, distribution factors are worked out by hand, the analysis model is rebuilt every time a section changes, and the calculation package is assembled at the end.

     Line Girder Analysis is a new MIDAS Civil NX plugin that streamlines the entire design process into a single, guided workflow for steel I-girder bridges, using MIDAS Civil NX as its analysis engine and following the AASHTO LRFD Bridge Design Specifications. 

    In this session, we will walk through a complete design example of a  three-span continuous steel I-girder bridge, demonstrating the workflow from start to finish.

    The demonstration will cover:

    • Bridge geometry definition and loading.

    • Structural analysis using MIDAS Civil NX.

    • AASHTO LRFD Article 6.10 steel girder design checks.

    • Generation and export of a detailed calculation report in HTML format.

    See how defining the bridge once, with every equation and clause reference visible, can shorten design iterations and make reviews easier.

     

    📅 [Tuesday, November 24, 2026]
    ⏰ [1:00 PM – 2:00 PM (EST)]
    💻 Online: Streaming via GoToWebinar


    Register now
    What we’ll cover

     

    🌉 Steel I-Girder Design Workflow

    • Define the bridge once: spans, girder sections, field splices, cross frames, shear connectors, transverse stiffeners and rebar details.
    • Apply dead loads and HL-93 moving loads, and have live load distribution factors (LLDF) calculated automatically.
    • Choose the modeling level that fits the project: line girder, grillage or plate, frame.

    ⚙️ Analysis, Design Checks and Reporting

    • Push the model to MIDAS Civil NX, run the analysis and pull back moment, shear and reaction results without rebuilding anything by hand.
    • Check AASHTO LRFD Article 6.10: flexure, shear, service, constructibility, fatigue, shear connectors and stiffeners, with D/C ratios for every girder and limit state.
    • Generate a calculation report with clause by clause equations, camber and deflection, ready to export to HTML and review.
    Who Should Attend

     

    This session is designed for professionals who design, check, or review steel I-girder bridges in accordance with AASHTO LRFD and are looking for a faster, more transparent workflow from bridge modeling to a review-ready calculation package.

    • Bridge Design Engineers who want to reduce repetitive modeling and data transfer to FEM model directly if it requires advanced check
    • Bridge Load-Rating and Evaluation Engineers who need clear girder envelopes and traceable AASHTO LRFD design checks.
    • Checkers and QA/QC Reviewers who need detailed calculation reports with equations and specification clause refernces that can be followed step by step.
    • Current MIDAS Civil NX Users who want to add line girder design to the models and workflows they already use.
    • DOT and Agency Engineers interested in consistent, transparent, and reviewable steel girder design documentation.
    Featuring Industry Expert
    Hisham Mohiuddin

    Hisham Mohiuddin
    Technical Business Development Representative, MIDASoft

    Hisham Mohiuddin is a Technical Business Development Representative at MIDASoft, managing accounts and supporting bridge engineers across several U.S. territories. A bridge engineer by background, he has spent nine years in the industry and has taught MIDAS to help engineering teams solve real modeling problems in MIDAS Civil NX.

    He works directly with consulting firms and state DOTs on construction stage analysis, prestressed concrete, cable-supported bridges, load rating, and soil-structure interaction, while building automation tools to speed up everyday design workflows. Through industry conferences, technical webinars, and hands-on sessions, Hisham focuses on listening to and learning from engineers on the ground-adapting solutions to match their true project requirements with an honest commitment to delivering real value to the engineering community.