Super T girder bridges are most widely used bridge type in Australia for spans ranging from 18m to 35m and can be used for straight as well as highly skewed bridges.
Various advantages like good torsional resistance, flexibility in changing flange widths and aesthetically appealing shape makes the Super T girder bridges an excellent choice in bridge industry.
This webinar will cover the various modeling and design aspects of Super-T girder bridges as per AS 5100 using midas Civil software.
Concepts of Super T Bridge
- Preliminary Design using PSC Composite Wizard
- Various Modelling Methods
- Construction Stage Analysis
- Moving Load Analysis as per AS 5100
Design of Super T Bridge as per AS 5100
- ULS & SLS checks
- Prestress Losses
Key point 1: Introduction to Super T Girder Bridges
Super T girder bridge is a common choice among the designers for medium span bridges. Super Tee section is precast and prestressed section with open or closed flange.
Key point 2: Modeling Methods of Super T Bridges
We will be learning about various modeling methodologies that can be used to model Super T bridges in midas Civil. We shall see how quickly a model can be developed with the use of midas Civil PSC Composite Wizard. Step-by-step modeling process will be demonstrated.
Key point 3: Design as per AS 5100
Automated design shall be demonstrated will include the ultimate limit state checks and serviceability limit state checks as per AS 5100 code.
Details
| Title | Super T Girder Bridge Design as per AS 5100 in Midas Civil |
| Duration | 60 Mins |
| Language | English |
| Format | MP4 |
| Size | 189 MB |
| Download Method | Direct Download |
| Download Links | BECOME A MEMBER VIEW DOWNLOAD LINKS |
The post Super T Girder Bridge Design as per AS 5100 in Midas Civil appeared first on Civil Engineering Knowledge Base.
from Civil Engineering Knowledge Base https://ift.tt/3iAthkF
