Learn · Reinforced Concrete Design
Lecture 29 of 43Week 09: Underground Water Tank
Lecture 29: Earth Pressure and Wall Behaviour of Underground Water Tank
Prof. Arunasis Chakraborty · IIT Guwahati
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- Reinforced Concrete Design, IIT Guwahati (at NPTEL)
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All the lectures
- Lecture 01: Reinforced Cement Concrete
- Lecture 02: Working Stress Method
- Lecture 03: Working Stress Method: Examples
- Lecture 04: Doubly Reinforced Beam (WSM)
- Lecture 05: Material Characteristic Strengths
- Lecture 6: Material Characteristics
- Lecture 7: Limit State of Collapse
- Lecture 8: Singly Reinforced Section Design
- Lecture 9: Doubly Reinforced Section Design
- Lecture 10: Flanged Beam Section Design
- Lecture 11: Shear Design
- Lecture 12: Bond and Detailing
- Lecture 13: One-way Slab Design
- Lecture 14: Two-way Slab Design
- Lecture 15: Axially loaded Column
- Lecture 16: Axially loaded Column: Examples
- Lecture 17: Column Uniaxial Bending (N.A. Outside)
- Lecture 18: Column Uniaxial Bending (N.A. Inside)
- Lecture 19: Column Uniaxial Bending Examples
- Lecture 20: Shallow Footing
- Lecture 21: Isolated Footing Design: Example
- Lecture 22: Driven Pile Design
- Lecture 23: Ductile Detailing: IS 13920
- Lecture 24: Deep Beam Design Concept
- Lecture 25: Deep Beam Design: Example
- Lecture 26: Stair Design
- Lecture 27: Stair Design (Contd.)
- Lecture 28: Flat Salb Design
- Lecture 29: Earth Pressure and Wall Behaviour of Underground Water Tank
- Lecture 30: Underground Water Tank Design Example
- Lecture 31: Circular Tank: Flexible Joint
- Lecture 32: Circular Tank: Rigid Joint
- Lecture 33: Circular Tank Design: Approximate Method
- Lecture 34: Circular Tank Design: IS Code Method
- Lecture 35: Intze Tank: Structural Components
- Lecture 36: Intze Tank Design Example
- Lecture 37: Review: Underground Tank Design Example
- Lecture 38: Biaxial Column Design
- Lecture 39: Building Modeling and Analysis in STAAD Pro
- Lecture 40: Modal Analysis
- Lecture 41: Equivalent Static Seismic Analysis and Structural Design in STADD Pro.
- Lecture 42: Response Spectrum Analysis and Design
- Lecture 43: ime History Analysis with Spectrum-Compatible Ground Motion