All attendees will get hands-on experience performing analysis and design of PSC Composite I girder bridge and Balanced Cantilever Bridge using midas Civil NX.
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All attendees will get hands-on experience performing analysis and design of PSC Composite I girder bridge and Balanced Cantilever Bridge using midas Civil NX.
Analysis & Design of 2-span PSC Composite I Girder Bridge using midas CIVIL NX
1) Modelling 2-span PSC Composite I girder bridge using Prestressed Composite Wizard with the below configurations
- Continuous girders
- Simply supported girders with link slab
2) Application of moving load as per Eurocode
3) Group Pile Plug-in to model pile cap and piles
4) Breakdown Load Combination Plug-in to identify the critical load combination in an envelope load combination and the corresponding load cases
5) Load Effect for LC Plug-in to find the critical factored load cases within any selected load combination
6) Prestressed Section Design using General Section Designer (GSD)
7) Retrofitted Column Design with different material properties using GSD
8) M-Connector Add-in to seamlessly export result tables and diagrams from Civil NX to Excel
9) Perform PSC Composite I girder design as per Eurocode and generate design reports
Analysis & Design of Balanced Cantilever Bridge using midas CIVIL NX
1) Modelling of Balanced Cantilever Bridge using FCM Wizard
2) Application of moving load as per Eurocode
3) Group Pile Plug-in to model pile cap and piles
4) Breakdown Load Combination Plug-in to identify the critical load combination in an envelope load combination and the corresponding load cases
5) Load Effect for LC Plug-in to find the critical factored load cases within any selected load combination
6) Prestressed Section Design using General Section Designer (GSD)
7) Retrofitted Column Design with different material properties using GSD
8) M-Connector Add-in to seamlessly export result tables and diagrams from Civil NX to Excel
9) Perform PSC box-girder design as per Eurocode and generate design reports
Challenges in the Design & Construction of Bridges for Long Span Bridges
1) Form selection for bridge decks for varying span ranges
2) A brief summary on traffic loading -BS (BS5400:Part2, BD37) vs EC1: Part 2
3) Bridge type selection for long span bridges
4) Dynamic behaviour of long span bridges
5) Case study on a 250m long pedestrian suspension bridge across a lake in India
6) Various construction methods adopted in long span bridges
Date: 7th & 8th March 2025, Time: 9.00 am- 5.00 pm
Location: The Kingsbury Colombo