It is about rethinking bridge behavior, durability, and construction sequence.
This on-demand session focuses on applying customized UHPC girder sections in integral bridge systems, and demonstrates how to properly model the full construction sequence in MIDAS from material definition to post-construction behavior.
Through a real 105m navigation span case study (Langat River Bridge), this session bridges practical UHPC application with advanced construction stage analysis.
In this on-demand session, we explore:
- UHPC material definition and classification (fck 140 MPa range)
- Creating customized girder sections from CAD and importing into MIDAS
- Section property calculation workflow using DXF and SEC files
- Step-by-step construction stage modeling:
- Substructure & soil spring setup
- Girder launching
- Deck casting
- Final integral condition
- Proper load combination handling during construction stage analysis
- Stage/Step Real Displacement settings
- Earth pressure modeling (Ka, Ko, Ko-Ka superposition concept)
How It Works
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On-demand access opens immediately after registration.
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All learning resources are delivered via email after viewing the session.
Tan Jiunn Ket FrederickSenior Engineer at Dura Technology Sdn. Bhd.
Frederick is a Senior Engineer at Dura Technology Sdn. Bhd. with expertise in structural analysis and design of bridges using UHPFRC material. He is a professional engineer in Malaysia providing consultancy for government and private organizations on UHPFRC bridge design and construction.
General Q1. Is this session free of charge?
A. Yes! The 2026 FGWS On-Demand Series is completely free of charge. Once the form submitted, you’ll get access to on-demand sessions and learning materials — at no cost.
General Q2. How do I get the training license?
A. You can apply through the form above. Once submitted, your training license will be issued for immediate use. 🔗 Click