MIDAS Civil: Cable Stayed Bridge Analysis and Design
Learn Complete Analysis and Design of Long Cable Stayed Bridges As Per IRC Codes
2.90 (5 reviews)
18
students
26 hours
content
Jan 2023
last update
$139.99
regular price
What you will learn
Introduction to Structural Dynamics
Dynamic equation of motion
Terminology used in course
Damping & Earthquake forces
Loads & Load Combinations (As per IRC Codes)
How to use Concrete bridge design codes
Dead load, Live load, Impact, Wind load, Temperature, Seismic Forces
Manual calculation of action forces (Especially Live load)
Introduction to MIDAS modeling
Generation of Nodes & Elements
Assigning properties of Material and Cross-section
Application of Loads & Boundary conditions
Analysis & Extraction of Reaction forces
Governing force extraction in Excel
Lower pylon and Upper pylon
Check for SLS & ULS
Shear design
Confinement reinforcement
Capacity Moment & Capacity Shear check
Effective stiffness (Cracked Moment of Inertia)
Seismic analysis
Time History Analysis (THA)
Pushover Analysis
Plastic Hinge formation in pylon
Confined properties of concrete in plastic hinge zone (Mander's model)
MIDAS GSD plastic hinge properties
Transverse & Longitudinal analysis of PSC segment
Strut & Tie Model (STM) Methodology of deep beam design (well cap)
Basics of well foundation
Analysis & design during sinking and BM & SF design of well curb
Related Topics
5029180
udemy ID
12/17/2022
course created date
7/5/2023
course indexed date
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