Design Water Supply Network with WaterGEMS Connect Edition

WaterGEMS Connect Edition is one among hydraulic modeling software that as Engineers we use to design Water Supply Projects. In today's WaterGEMS tutorial, we are going to learn how to design a water supply network with WaterGEMS!
We will cover concepts like Flextables, Demand Control Centre and also we will learn how to optimize our model for Velocity, Headloss Gradient and pressure! It's going to be a step by step tutorial that shows you how simple learning WaterGEMS is!
Lodrick Thomas
Hydroinformatics Academy
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TIMESTAMPS
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00:00 Intro
00:30 Project Settings in WaterGEMS Connect Edition
04:01 How to Draw water network in WaterGEMS Connect Edition
07:39 Introduction to Flextables in WaterGEMS
08:57 Modify Junctions Elevation properties with Flextables
12:08 Modify Links properties with Flextables
23:34 Assign Junction Demands with Demand Centre
27:19 Validate and Run our model
28:54 Model Optimization & Introduction to Annotation
47:07 Model Optimization & Introduction to Color Coding
55:37 Preparation of report
57:54 Outro
Learn More about WaterGEMS: • WaterGEMS Connect Edit...
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#watergems

[@HydroinformaticsAcademy]

===========
TIMESTAMPS
===========
00:00 Intro
00:30 Project Settings in WaterGEMS Connect Edition
04:01 How to Draw water network in WaterGEMS Connect Edition
07:39 Introduction to Flextables in WaterGEMS
08:57 Modify Junctions Elevation properties with Flextables
12:08 Modify Links properties with Flextables
23:34 Assign Junction Demands with Demand Centre
27:19 Validate and Run our model
28:54 Model Optimization & Introduction to Annotation
47:07 Model Optimization & Introduction to Color Coding
55:37 Preparation of report
57:54 Outro
Learn More about WaterGEMS: ruclips.net/p/PLSxG_R_25yheAURfEa6YF8GKceyMAuvBb

[@awesomar5073]

I always look forward to the tutorials. I keep refreshing just incase you uploaded a new tutorial. Keep the good work bro.

[@HydroinformaticsAcademy]

Thank you brother! Really appreciate that 🙏🙏

[@gunngunn6763]

Thank you.. I appreciate your work...looking forward to your upcoming videos

[@HydroinformaticsAcademy]

More to come and thank you so much🙏

[@akshaykalaje2268]

Thanks and best tuto.

[@HydroinformaticsAcademy]

Thanks my friend! More to come!

[@Aan.associates]

Sir it's very nicely explain by thanks a lot,👍👍👍👍👍💐

[@HydroinformaticsAcademy]

You are welcome🙏

[@azzukaida3112]

thank you so much sir it's very helpfu love you sir

[@HydroinformaticsAcademy]

I am glad it was helpful, thank you🙏

[@ashreethdakarapu3516]

Hello sir I want your water tank design extension file could you please provide

[@sateshwarmahto3175]

🎉 helpful for me

[@HydroinformaticsAcademy]

I am glad it was helpful🙏

[@muktarabbey]

Thanks Eng. for this informative videos. Please explain how to determine pipe demand, nodal demand and pipe flows assuming you have design data for a project.

[@HydroinformaticsAcademy]

Good question, in short, you are talking about water demand analysis! To determine demand you have two options
1. through water demand estimation based on population data or land use/coverage.
2. Design manuals (some countries set a minimum demand that one can use on a given water supply network)!
But the common one is "water demand analysis"!
So far we have not covered that in this channel but I am planning to launch practical training on EPANET and water demand analysis is one of the topics that we'll cover! If you are interested stay tuned for a further announcement within this week or the coming one!

[@gazim.amahmudemon2133]

Informative video sir, Have any way to contact with you to clear my confusion about watergems?

[@HydroinformaticsAcademy]

Check our social media channels my friend🙏

[@3dsmax35]

How to calculate headloss gradient manually , what's the formula used for it? Thanks in advance sir!

[@HydroinformaticsAcademy]

You can use any headloss formula, say Hazen William then divide the answer by pipe length

[@charehabte2897]

Brightness is very low invisible

[@HydroinformaticsAcademy]

Very sorry for that my friend! I will try my best to improve next time!