Watergems: Hydraulics Modeling - Aulageo

Published 11/2023
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.91 GB | Duration: 3h 9m

Learn to plan, design, model and optimize water distribution networks using OpenFlows - WaterGEMS

What you'll learn
Hydraulics systems design
Modeling process with geospatial data, CAD drawings, databases, and spreadsheets
Use automated workflows to access and identify inadequacies in fire protection.
OpenFlows WaterGEMS software use
Understand the standa alone WaterGEMS menus which can be executed in AutoCAD (WaterCAD) and Microstation

Requirements
hydraulic basic knowledge is preferible

Description
OpenFlows WaterGEMS provides you with a comprehensive yet easy-to-use decision-support tool for water distribution networks. The software helps improve your knowledge of how infrastructure behaves as a system, how it reacts to operational strategies, and how it should grow as population and demands increase. From fire flow and water quality simulations, to criticality and energy cost analysis, OpenFlows WaterGEMS has everything you need in a flexible multiplatform environment. OpenFlows WaterGEMS is a superset of OpenFlows WaterCAD. #AulaGEOIn this course you will learn the use of a sofwtare specialized in this features:Intelligent PlanningEfficiently identify potential problems, accommodate service area growth, and plan/prioritize capital improvement projects by using criticality analysis, DMA planning, and pressure management tools to identify potential projects.Optimized OperationsUse real-time data to analyze energy use and costs, maximize operational efficiencies, minimize disruptions, and intelligently respond to emergencies.Build and Update Models FasterIntuitive to use so you can easily jumpstart your modeling process with geospatial data, CAD drawings, databases, and spreadsheets. Apply automated calibration, leak detection, design, rehabilitation, and pump operations. Identify Water LossUse field data to quantify nonrevenue water and help pinpoint loss locations faster.Assess Fire Flow CapacityUse automated workflows to access and identify inadequacies in fire protection.COURSE CONTENT #AulaGEOINTRODUCTIONLecture 1: IntroductionLecture 2: Basic InterfaceBUILDING A NETWORKLecture 3: Prepare Network LayoutLecture 4: Lay NetworkLecture 5: Use of Properties ManagerLecture 6: Use of Flex TablesLecture 7: Use of Demand Control CenterLecture 8: Compute and Review ResultsLecture 9: Creating Fire Flow Demand AlternativesLecture 10: Reviewing Results for Fire Flow ScenarioLecture 11: Creating New Physical AlternativeLecture 12: Reviewing Results for Fire Flow with new Diameter ScenarioIMPORTING DATA MODEL & ADDING PUMPS, TANKS, AND PRESSURE REDUCING VALVESLecture 13: Using Model BuilderLecture 14: Data Validation and CleaningLecture 15: Adding Junction DemandsLecture 16: Review Results and ShortcomingsLecture 17: Element MorphingLecture 18: PRVs Pump and TankData InputLecture 19: Compute Daily DemandLecture 20: Additional Demand At J5Lecture 21: Review ResultsSTEADY STATE CALIBRATION OF FIELD MEASUREMENTSLecture 22: ExerciseSYSTEM DESIGN IMPROVEMENTSLecture 23: ExerciseAUTOMATED FIRE FLOW ANALYSISLecture 24: Max Day Pressures AnalysisLecture 25: Fire Flow CalculationLecture 26: Auxilary Fire Flow CalculationValves and Critical Segments AnalysisLecture 27: ExerciseEPS Modeling and Energy Costing AnalysisLecture 28: Setting up PumpsLecture 29: Scenario 1 : Tank ControlLecture 30: Scenario 2 : Constant Speed Pumps with No TankLecture 31: Scenario 3 : Variable Speed Pumps with No TankLecture 32: Energy CostsModel Builder, Trex and Load BuilderLecture 33: Setting up Model BuilderLecture 34: Building the ModelLecture 35: Reviewing the ModelLecture 36: TrexLecture 37: Load BuilderLecture 38: Associating DemandsLecture 39: Thiessen Polygons Lecture 40: Review

Overview
Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Basic Interface

Section 2: Building a network

Lecture 3 Prepare Network Layout

Lecture 4 Lay Network

Lecture 5 Use of Properties Manager

Lecture 6 Use of Flex Tables

Lecture 7 Use of Demand Control Center

Lecture 8 Compute and Review Results

Lecture 9 Creating Fire Flow Demand Alternatives

Lecture 10 Reviewing Results for Fire Flow Scenario

Lecture 11 Creating New Physical Alternative

Lecture 12 Reviewing Results for Fire Flow with new Diameter Scenario

Section 3: Importing data model and pumps, tanks and pressure reducing valves

Lecture 13 Using Model Builder

Lecture 14 Data Validation and Cleaning

Lecture 15 Adding Junction Demands

Lecture 16 Review Results and Shortcomings

Lecture 17 Element Morphing

Lecture 18 PRVs Pump and TankData Input

Lecture 19 Compute Daily Demand

Lecture 20 Additional Demand At J5

Lecture 21 Review Results

Section 4: Steady state calibration of field measurements

Lecture 22 Exercise

Section 5: System design improvements

Lecture 23 Exercise

Section 6: Automated fire flow analysis

Lecture 24 Max Day Pressures Analysis

Lecture 25 Fire Flow Calculation

Lecture 26 Auxilary Fire Flow Calculation

Section 7: Valves and Critical Segments Analysis

Lecture 27 Exercise

Section 8: EPS Modeling and Energy Costing Analysis

Lecture 28 Setting up Pumps

Lecture 29 Scenario 1 : Tank Control

Lecture 30 Scenario 2 : Constant Speed Pumps with No Tank

Lecture 31 Scenario 3 : Variable Speed Pumps with No Tank

Lecture 32 Energy Costs

Section 9: Model Builder, Trex and Load Builder

Lecture 33 Setting up Model Builder

Lecture 34 Building the Model

Lecture 35 Reviewing the Model

Lecture 36 Trex

Lecture 37 Load Builder

Lecture 38 Associating Demands

Lecture 39 Thiessen Polygons

Lecture 40 Review

civil engineers,CAD drafters,BIM modelers,civil works designers,AutoCAD users,microstation users,hydraulics infrastructures designers

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