WaterCAD

WaterCAD, available at $49.99, has an average rating of 4.65, with 36 lectures, based on 115 reviews, and has 403 subscribers.

You will learn about Drawing the components of water supply system in WaterCAD and AutoCAD Programs Insert the required data into the components of water supply network Design the tank and the pump in the water supply network Design the water supply network Manually and Automatically by WaterCAD program This course is ideal for individuals who are students and graduates of civil engineering or environmental engineering or anyone who has an interest in the design of water supply systems It is particularly useful for students and graduates of civil engineering or environmental engineering or anyone who has an interest in the design of water supply systems.

Enroll now: WaterCAD

Summary

Title: WaterCAD

Price: $49.99

Average Rating: 4.65

Number of Lectures: 36

Number of Published Lectures: 36

Number of Curriculum Items: 36

Number of Published Curriculum Objects: 36

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

Drawing the components of water supply system in WaterCAD and AutoCAD Programs

Insert the required data into the components of water supply network

Design the tank and the pump in the water supply network

Design the water supply network Manually and Automatically by WaterCAD program

Who Should Attend

students and graduates of civil engineering or environmental engineering or anyone who has an interest in the design of water supply systems

Target Audiences

students and graduates of civil engineering or environmental engineering or anyone who has an interest in the design of water supply systems

In this course I would like to teach you how use WaterCAD Program to design the Water Supply System . After this course you will be able to confidently use this Program in design of optimal Water Supply Networks.

The course consists of 7 sections:

Section 1: Introduction

Section 2 Drawing the Elements of Water Supply System

· Options and Orders of the Program

· Drawing the components of the network in the WaterCAD

· Drawing the network in the AutoCAD

· Import the network from the AutoCAD

· Import the Background of the Project Area from the AutoCAD

· Check the Drawing

Section 3 Insert the Data to the Elements

· Junctions Data: Elevations and Residential and Firefighting Demands

· Pipe Data: Lengths and Diameters

· Reservoir Data: Elevation

· Pump Data: Discharge and Head

· Check the network Drawing with Data

Section 4 Analysis the Network and Review the Results

· Selection the Steady State Option and Analysis the Network

· Review the Results

· Review the Results with Color Coding

Section 5 Design the Network Based on Steady State Case

Section 6 Design the Network Based on Extended Period State (EPS) Case

· Explanation the Hourly Variation Consumption Patterns

· Insert the Hourly Variation Consumption Patterns

· Analysis the Network

· Design the Network Manually

· Design the Network Automatically

Section 7 Design the Network with Tank and Pump Operation Conditions

· Design the Tank and Pump

· Control the Pump Conditions

· Design the Network Automatically with the Tank and Pump Conditions

· Review the Results

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Drawing the Elements of Water Supply System

Lecture 1: Some Options and Orders-1

Lecture 2: Some Options and Orders-2

Lecture 3: Drawing the Network in AutoCAD Program

Lecture 4: Import the Network from AutoCAD

Lecture 5: Import the Background from AutoCAD and Draw the Network

Lecture 6: Check the Drawing

Chapter 3: Insert the Data to the Elements

Lecture 1: Junctions Data (Elevations)

Lecture 2: Junctions Data (Demands)-1

Lecture 3: Junction Data (Demands)-2

Lecture 4: Insert Data to the Junctions

Lecture 5: Firefighting Demands

Lecture 6: Pipes Data (Lengths)

Lecture 7: Reservoir and Pump Data, and Check the Network

Chapter 4: Analysis the Network and Review the Results

Lecture 1: Selection the Steady State Option and Analysis the Network

Lecture 2: Review the Results

Lecture 3: Review the Results Using Color Coding

Chapter 5: Design the Network Based on Steady State Case

Lecture 1: Design the Network-1

Lecture 2: Design the Network-2

Chapter 6: Design the Network Based on Extended Period State (EPS) Case

Lecture 1: Explanation the Hourly Variation Consumption Patterns

Lecture 2: Insert the Hourly Variation Consumption Patterns

Lecture 3: Analysis the Network

Lecture 4: Design the Network Manually -1

Lecture 5: Design the Network Manually-2

Lecture 6: Design the Network Automatically-1

Lecture 7: Design the Network Automatically-2

Chapter 7: Design the Network with Tank and Pump Operation Conditions

Lecture 1: Design the Tank and Pump-1

Lecture 2: Design the Tank and Pump-2

Lecture 3: Design the Tank and Pump-3

Lecture 4: Control the Pump Conditions

Lecture 5: Design the Network Automatically-1

Lecture 6: Design the Network Automatically-2

Lecture 7: Design the Network Automatically-3

Lecture 8: The Best Design of the Tank

Lecture 9: Review the Results

Lecture 10: Many Scenarios of Design

Instructors

Dr. Mohammed Hasan Almughalles
Environmental Engineer

Rating Distribution

1 stars: 3 votes

2 stars: 0 votes

3 stars: 8 votes

4 stars: 37 votes

5 stars: 67 votes

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