Plumbing Storm Water Mastery: Effective Design & Maintenance

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EngineeringHub Academy

2:07:49

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1. Introduction.mp4

10:28

2. 2-design criteria.mp4

07:57

3. Design frequency and allowable spread.mp4

03:46

4. System planning.mp4

01:35

5. Required data.mp4

01:52

6. Cooperative projects.mp4

03:46

7. Hydrology.mp4

00:38

8. Rational Method.mp4

05:08

9. Detention.mp4

01:06

10. Pavement drainage.mp4

00:38

11. longitudinal slope.mp4

01:08

12. Cross slope.mp4

02:22

13. Pavement texture.mp4

01:15

14. Curb and gutter.mp4

01:39

15. Roadside and median ditches.mp4

01:03

16. Bridge decks.mp4

02:12

17. Median and median barriers.mp4

00:47

18. Impact attenuators.mp4

00:42

19. Gutter flow.mp4

09:40

20. Inlets.mp4

00:32

21. Inlets types.mp4

04:34

22. Inlet spacing.mp4

02:17

23. Grate inlets on grade.mp4

04:18

24. Grate inlets in sag.mp4

02:48

25. Curb inlets in sag.mp4

02:00

26. Slotted inlets on grade.mp4

03:35

27. Slotted inlets in sag.mp4

01:40

28. Combination inlet.mp4

01:16

29. Flanking inlets.mp4

01:23

30. Inlet spacing computation procedures.mp4

08:56

31. Manholes and inlet structures.mp4

04:43

32. Storm drains.mp4

02:45

33. Design procedures.mp4

05:11

34. Hydraulic capacity.mp4

01:25

35. Minimum grades.mp4

01:35

36. Hydraulic grade line.mp4

02:25

37. Tail water.mp4

02:07

38. Exit loss.mp4

00:55

39. Bend loss.mp4

00:21

40. Pipe friction losses.mp4

01:19

41. Manholes losses.mp4

05:23

42. Hydraulic grade line design procedure.mp4

07:23

43.1 Final data sheet.pdf

43. Thank you.mp4

01:16

Description

"Mastering Storm Water Systems: A Comprehensive Guide to Plumbing Installation, Maintenance and Repair"

What You'll Learn?

Define Storm drainage system
Identify Design criteria
A complete system planning
Define rational method
Identify rational method
Define roadside and median ditches
Identify gutter flow & inlets types & More
Define inlet spacing computation procedures
Manholes and inlet structures
Design procedures
Hydraulic grade line
Exit , bend & pipe friction losses
Hydraulic grade line design procedure

Who is this for?

Mechanical Engineers

Civil Engineers

Mechanical Technician

Drainage Technician

Pipe fitters

Plumbers

More details

Description
Introducing the ultimate Storm Water System course!
Perfect for engineers, contractors, and government officials, this comprehensive course covers everything you need to know about designing, implementing, and maintaining a stormwater system. Whether you're a seasoned professional or just starting out, you'll benefit from our expert instructors and hands-on exercises that will deepen your understanding of the latest technologies and best practices in the field. With real-world examples and practical case studies, this course will give you the tools and confidence you need to tackle any stormwater challenges.

So whether you're looking to take your stormwater management skills to the next level, or simply want to learn more about this fascinating and important field, our Storm Water System course is the perfect choice for you! So why wait? Sign up today and start managing stormwater like a pro!

In this Course you'll Study :Â

1. Stormwater Definition
2. Design criteria
3. Design frequency and an allowable spread
4. System planning
5. Required date
6. Cooperative projects
7. Hydrology
8. Rational method
9. Detention
10. Pavement drainage
11. Longitudinal slope
12. Cross slope
13. Pavement texture
14. Curb and gutter
15. Roadside and median ditches
16. Bridge decks
17. Median and median barriers
18. Impact attenuators
19. Gutter flow
20. Inlets
21. Inlets types
22. Inlet spacing
23. Grate inlets on grade
24. Grate inlets in sag
25. Curb inlets in sag
26. Slotted inlets on grade
27. Slotted inlets in sag
28. Combination inlet
29. Flanking inlets
30. Inlet spacing computation procedures
31. Manholes and inlet structures
32. Storm drains
33. Design procedures
34. Hydraulic capacity
35. Minimum grades
36. Hydraulic grade line
37. Tail water
38. Exit loss
39. Bend loss
40. Pipe friction losses
41. Manholes losses
42. Hydraulic grade line design procedure

About Us

Engineering Hub Academy, founded in July 2021, is a dynamic and innovative online platform dedicated to providing high-quality education to students from all over the world. With over 40,000 students enrolled, we are a leading provider of mechanical engineering courses.
Our team of experienced instructors and engineers bring their expertise and industry insights to each course, ensuring that our students receive a comprehensive education that prepares them for real-world challenges. Our courses are designed to be interactive and engaging, featuring a combination of lectures, exercises, and practical projects that allow students to apply what they've learned in real-world situations.
At Engineering Hub Academy, we are committed to providing an exceptional learning experience for our students. Whether you're a beginner looking to start a new career in mechanical engineering or a seasoned professional looking to expand your knowledge, we have a course that's right for you. Join us today and start your journey toward a successful career in mechanical engineering!
Who this course is for:
Mechanical Engineers
Civil Engineers
Mechanical Technician
Drainage Technician
Pipe fitters
Plumbers

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EngineeringHub Academy

Instructor's Courses

I'm Mohamed Omran, I'm an energy engineer who worked in the middle east area for more than ten years, I worked in the largest construction company worldwide. I have experience in all MEP works such as ( HVAC, FF, Drainage, etc .... ), I'm also an instructor on many online platforms, teaching more than 37,000 engineers about MEP works, I'm also a certified safety engineer in construction works.

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