CIVE 440 – Package 3

Section 1: Open Channel Design
- Lesson 1: Introduction to Open Channel Design
- Lesson 2: Methods Used in Open Channel Design
- Lesson 3: The Maximum Permissible Velocity Method
- Lesson 4: The Best Hydraulic Section
- Lesson 5: BHS for Rectangular Channels
- Lesson 6: BHS for Triangular Channels
- Lesson 7: BHS for Unrestrained Trapezoidal Channels
- Lesson 8: BHS for Circular Channels
- Problem 1: The Maximum Permissible Velocity Method
- Problem 2
- Problem 3
- Problem 4
- Tables
Section 2: Transitions
- Lesson 1: Intro to Transitions
- Lesson 2: Classification of Transitions
- Lesson 3: K and Theta
- Lesson 4: Steps for Design
- Problem 1
- Problem 2
- Problem 3
- Problem 4
- Tables
Section 3: Energy Dissipation Structures
- Lesson 1: Intro to Energy Dissipation Structures
- Lesson 2: Stilling Basins
- Problem 1
- Problem 2

Rateeb Yehya

I am Rateeb Yehia, your Civil Engineering and Statistics tutor at 01TUTOR. I am an AUB graduate in Civil and Environmental Engineering with a 3.8/4.0 GPa. I have been tutoring college students full time for 3 years. I have taught 400+ students to 15+ universities in Lebanon, Canada, Saudi Arabia, and USA courses in Civil Engineering and Statistics. My mission is to help college students recognize the beauty of the courses I teach, as well as provide them with the necessary tools to score high on their exams with minimum time. My student results can be checked out @01tutor on Instagram. Join me for a fast and efficient learning experience.

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Price 129.99$ 99.99$

Instructor Rateeb Yehya

Duration 10 weeks

Lectures 26

Enrolled 5 students

CIVE 440 – Package 3

CIVE 440 – Package 3

CIVE 440 – Package 3

Section 1: Open Channel Design

Section 2: Transitions

Section 3: Energy Dissipation Structures

Rateeb Yehya

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CIVE 440 – Package 3

CIVE 440 – Package 3