1. Bridge Design Basics?
Bridge Introduction, Concrete design as per IRC 112; Live load analysis.
Day 1 – Bridge Design Basics1:30:11
2. Midas Software and Features?
How to install Midas; Wizards and options in Midas Civil;
Errors and debugging
Day 2: Midas Software GUI1:49:58
3. Basics of Grillage Analysis?
Theory of manual analysis; FEM theory and application in Midas; Grillage analysis basics.
Day 3: Grillage Analysis Basics1:57:08
4. RCC T-beam Design?
Manual method of transverse analysis using Courbon; Software modeling technique for T-beams; Comparison of manual and software analysis; Design using excel sheets and software.
Day 4 RCC T-beam Design2:01:59
5. PSC T-beam Modeling?
Basics of prestressing; Advantage and challenges in field application; Definition of prestressing in Midas; Analysis results interpretation.
Day 5: PSC T-beam Modeling1:52:55
6. PSC T-beam Design?
Prestressed superstructure wizard in Midas; Design of prestressed girder; Design report generation and interpretation.
Drawing of prestressed bridges
Day 6: PSC T-girder Design1:52:55
7. Box Girder Longitudinal Analysis and Design?
Basics of box girder modeling; Field application and challenges; Different kind of modeling techniques;
Design of prestressing system.
Day 7 PSC Box Girder Longitudinal Design2:18:01
8. Box Girder Transverse Analysis and Design?
Need of transverse analysis; Transverse modeling techniques; Result interpretation and report generation;
Drawing of box girder bridges.
Day 8 PSC Box Girder Transverse Analysis1:57:08
9. Steel Plate Girder Composite Design?
Basics of composite design as per IRC 22-2015; Modeling composite behaviour in Midas; Design of composite beam in Midas.
Day 9 Steel plate girder composite design1:54:27
10. Steel Truss Design?
Basics of steel trusses; Choice of geometry, materials and boundary conditions; Modeling steel truss in Midas;
Design and result interpretation; Drawing of steel truss bridge.
Day 10: Steel Truss Design1:59:21
11. Pier and Pile Design?
Manual calculation basics; Load combinations as per IRC 6-2017; Design using PM interaction curve in Midas.
Day 11 Pier and Pile Design1:24:45
12. Concrete Arch Bridge Design?
Manual calculation basics; Loading and boundary conditions; Design as per IRC 112.
Day 12 Concrete Arch Bridge Design2:04:00