CIVE 413 – AUB – Weekly Sessions
September 15, 2021 2022-09-12 13:25CIVE 413 – AUB – Weekly Sessions
-
Quiz 1
This material entitles its user to ace Quiz 1. It explains the theory and underlying properties, in addition to step-by-step solutions to problems.
- Session 1: Introduction and General Concepts
- Session 1 Notes
-
Session 2
-
Session 2 Notes
-
Session 3
-
Session 3 Notes
-
Quiz 1.2
-
Quiz 1.2
-
Quiz 1.3
-
Quiz 1.3 Solution
-
Session 4
-
Session 4 Notes
-
Session 5
-
Session 5 Notes
-
Quiz 1.4
-
Quiz 1.4 Solution
-
Quiz 1.5
-
Quiz 1.5 Solution
-
Extra Problem plus solution
-
Session 6
-
Session 6 Notes
-
Session 7: Quiz 1 Review
-
Session 7 Notes
-
Quiz 2
This material entitles its user to ace Quiz 2. It explains the theory and underlying properties, in addition to step-by-step solutions to problems.
-
Session 1: Ultimate Flexural Strength Analysis Introduction
-
Session 1 Notes
-
Session 2: Ultimate Flexural Strength Analysis for Singly Reinforced Sections
-
Session 2 Notes
-
Quiz 2.1
-
Balanced Conditions Summary
-
Strength Distribution Factor and Load Distribution
-
Single Reinforced Section Problems
-
Doubly Reinforced Section & Problems
-
Session 3
-
Session 3 Notes
-
Quiz 2.2
-
Quiz 2.3
-
Session 4
-
Session 4 Notes
-
-
Quiz 3
This material entitles its user to ace Quiz 3. It explains the theory and underlying properties, in addition to step-by-step solutions to problems.
-
Session 1
-
Session 1 Notes
-
Flexural Design Procedure (Rectangular Beams)
-
Session 2
-
Session 2 Notes
-
Session 3: Shear and BMD – Review
-
Session 3 Notes
-
Session 4: Problem Solving for Flexure Design
-
Session 4 Notes
-
Session 5: Shear Design
-
Shear Design of R/C members notes
-
Session 5 Notes
-
Session 6: Shear Problem Solving
-
Session 6 Notes
-
Session 7: Shear Problem Solving 2
-
Session 8: Shear Problem Solving 3
-
Session 9: Additional Problem on Flexure
-
Session 10: Additional Problem on Shear
-
-
Final
-
Slabs Notes
-
Session 1: One Way Slab Design
-
Hourdis Block Slab Procedure Notes
-
Session 2: Hourdis Block Slab
-
Solid Slab Summary Notes
-
Continuous Solid Slab Problem
-
Session 3: ACI Moment Coefficients
-
Session 4: Design of Continuous Members Procedure
-
Session 5: Design of Continuous Members – Solid Slab
-
Session 6: Design of Continuous Members – Solid Slab Method 2
-
-
Bond And Development Length
-
Session 1
-