OpenFlows HAMMER - Hydraulic Modeling Mastery - AulaGEO

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AulaGEO Academy

3:14:20

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1. Getting Started

1. Introduction.mp4

03:54

2.1 supporting 2.zip

2. Getting Started.mp4

01:47

3. Interface.mp4

06:56

2. Unprotected pipelines transients

1. Exercise Setup.mp4

04:42

2. Prototypes.mp4

01:56

3. Network Layout.mp4

08:39

4. Data Entry.mp4

05:50

5. Wave Speed Calculator.mp4

02:47

6. Configuration.mp4

03:25

7. Profiles.mp4

02:00

8. Analysis Without Surge Protection Equipment.mp4

05:18

9.1 supporting 12.zip

9. Reviewing Results.mp4

04:49

10. Visualizing Simulations.mp4

03:05

11. Report-Ready Graphs.mp4

03:10

12. Exercise Review.mp4

03:35

3. Pipeline protection

1.1 supporting 16.zip

1. Exercise Setup.mp4

06:57

2. Adding a Hydropneumatic Tank.mp4

04:14

3. Active Topology Selections.mp4

02:08

4. Hydropneumatic Tank Profile.mp4

01:31

5. Compute Hydropneumatic Scenario.mp4

01:50

6. With Air Valve Scenario.mp4

10:06

7. Surge Tank with Check Valve.mp4

12:23

8. Surge Tank without Check Valve.mp4

05:57

9. With Surge Relief Valve.mp4

08:56

10.1 supporting 25.zip

10. Exercise Review.mp4

02:48

4. Network risk evaluation

1.1 supporting 26.zip

1. Exercise Setup.mp4

04:43

2. Calculation Settings.mp4

09:08

3. Analysis Without Surge Protection.mp4

09:37

4.1 supporting 29.zip

4. Exercise Review.mp4

05:01

5. Multiple points network protection

1.1 supporting 30.zip

1. Exercise Setup.mp4

05:10

2. Adding Tanks.mp4

12:00

3. Setting Elements.mp4

06:04

4. Computation.mp4

01:57

5. Color Coding.mp4

02:50

6. Transient Thematic Viewer.mp4

02:44

7.1 supporting 36.zip

7. Reviewing Results.mp4

03:29

8.1 supporting 37.zip

8. Exercise Review.mp4

02:12

6. ALL PRODUCTS EXPLAINED

1. All Products.mp4

10:42

Description

Mastering Hydraulic Modeling: OpenFlows HAMMER Essentials

What You'll Learn?

Understand the principles of hydraulic modeling and transient analysis
Navigate the OpenFlows HAMMER user interface and customize settings
Develop proficiency in building and simulating water distribution networks
Analyze and interpret simulation results to optimize system performance
Apply advanced features for scenario analysis and troubleshooting

Who is this for?

Engineers and consultants new to hydraulic modeling with OpenFlows HAMMER

Water utility professionals responsible for system design and analysis

Students and educators integrating hydraulic modeling into academic projects

Anyone seeking practical skills in simulating water distribution systems

AutoCAD, ArcGIS and Microstation users

What You Need to Know?

You will need access to a trial or educational license for hands-on practice

More details

Description
Welcome to the Introduction to OpenFlows HAMMER Software

Course Overview: Explore the powerful capabilities of OpenFlows HAMMER software through our comprehensive introductory course. Whether you're new to hydraulic modeling or looking to deepen your skills, this course provides a structured approach to mastering the fundamentals of OpenFlows HAMMER. Through practical exercises and clear explanations, you'll gain the confidence to effectively model and simulate water distribution systems using this advanced software. #AulaGEO
Learning Objectives: By the end of this course, you will:
Understand the principles of hydraulic modeling and transient analysis.
Navigate the OpenFlows HAMMER user interface and customize settings.
Develop proficiency in building and simulating water distribution networks.
Analyze and interpret simulation results to optimize system performance.
Apply advanced features for scenario analysis and troubleshooting.
Who Should Take This Course: This course is ideal for:
Engineers and consultants new to hydraulic modeling with OpenFlows HAMMER.
Water utility professionals responsible for system design and analysis.
Students and educators integrating hydraulic modeling into academic projects.
Anyone seeking practical skills in simulating water distribution systems.

Course content #AulaGEO
Section 1: Getting started
Lecture 1: Introduction
Lecture 2: Getting Started
Lecture 3: Interface

Section 2: Unprotected pipelines transients
Lecture 4: Exercise Setup
Lecture 5: Prototypes
Lecture 6: Network Layout
Lecture 7: Data Entry
Lecture 8: Wave Speed Calculator
Lecture 9: Configuration
Lecture 10: Profiles
Lecture 11: Analysis Without Surge Protection Equipment
Lecture 12: Reviewing Results
Lecture 13: Visualizing Simulations
Lecture 14: Report-Ready Graphs
Lecture 15: Exercise Review

Section 3: Pipeline protection
Lecture 16: Exercise Setup
Lecture 17: Adding a Hydropneumatic Tank
Lecture 18: Active Topology Selections
Lecture 19: Hydropneumatic Tank Profile
Lecture 20: Compute Hydropneumatic Scenario
Lecture 21: With Air Valve Scenario
Lecture 22: Surge Tank with Check Valve
Lecture 23: Surge Tank without Check Valve
Lecture 24: With Surge Relief Valve
Lecture 25: Exercise Review

Section 4: Network risk evaluation
Lecture 26: Exercise Setup
Lecture 27: Calculation Settings
Lecture 28: Analysis Without Surge Protection
Lecture 29: Exercise Review

Section 5: Multiple points network protection
Lecture 30: Exercise Setup
Lecture 31: Adding Tanks
Lecture 32: Setting Elements
Lecture 33: Computation
Lecture 34: Color Coding
Lecture 35: Transient Thematic Viewer
Lecture 36: Reviewing Results
Lecture 37: Exercise Review

Section 6: All OpenFlows products explained
Lecture 38: All OpenFlows Products

Why Take This Course: This course stands out for its hands-on approach to learning, emphasizing practical exercises and real-world applications. Whether you're starting with OpenFlows HAMMER or aiming to enhance your skills, this course will equip you with the knowledge and confidence to tackle complex hydraulic modeling challenges effectively.

Enroll today and embark on your journey to mastering OpenFlows HAMMER software!

About OpenFlows HAMMER Software: OpenFlows HAMMER is a leading software tool for hydraulic modeling and transient analysis of water distribution systems. Trusted by professionals worldwide, it enables accurate simulation and optimization of water networks to ensure efficient operation and resilience.
Who this course is for:
Engineers and consultants new to hydraulic modeling with OpenFlows HAMMER
Water utility professionals responsible for system design and analysis
Students and educators integrating hydraulic modeling into academic projects
Anyone seeking practical skills in simulating water distribution systems
AutoCAD, ArcGIS and Microstation users

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