Water Resources Analysis And Management

assessment of water resource

What you'll learn

Identify of water distribution on Earth

Identify of the water resources definition.

Identify of conventional water resources.

Identify of non-conventional water resources.

Identify of hydrologic cycle and its parameters

Identify of data collection of a water resources assessment.

How to estimate the water quantity.

How to measure the stream velocity.

How to measure the stream discharge.

Identify of IDF curve.

Identify of floods and their characteristics

How to design of storms floods.

How to forecast the flood.

Identify of flood control alternatives.

Learn about river basin modelling.

Learn about watershed definition.

Learn about the physical characteristics of watershed.

Learn about the hydrologic characteristics of watershed.

Learn about “Unit Hydrograph”

How to deduce of “Unit Hydrograph”

Learn about river intakes and outlets

Learn about outlets classification.

Learn about sluiceway.

How to design irrigation outlets.

Learn about reservoir intakes.

Learn about the difference between simple submerged intakes and intake towers.

Learn about intake design for sediment control.

Calculation of the sediment concentration at a specified height.

Learn about reservoir design.

Learn about dam types

How to analyse the gravity dams.

Learn about groundwater concepts.

Learn about the hydraulic properties of groundwater.

How to manage the groundwater.

How to manage the surface water.

Learn about water resource economics.

Identify of water quality.

Identify of water pollution causes.

How to control of water pollution.

Requirements

• BASICS OF CIVIL ENGINEERING

Basics of surface water hydrology

Basics of groundwater hydrology

Basics of hydraulics

Description

This course is structured into six sections with 17 lectures, each covering a specific topic related to water resources.The sections are as follows:Section 1: Basic Concepts of Water Resources In this section, you will know about the author, course objectives and components.You will identify of water distribution on Earth, you will know water resources definition, conventional and non-conventional water resources.You will also know how to estimate the water quantity, how to measure the stream velocity and discharge.Section 2: Storm Flood In this section, you will identify of IDF curve and floods and their characteristics. You will know how to design of storms floods and how to forecast the flood. You will also identify of flood control alternatives.Section 3: River – Reservoir Systems Modelling In this section, you will learn about river basin modelling. You will know watershed definition and its physical characteristics.You will also learn about “Unit Hydrograph” and how to deduce it.Section 4: River – Reservoir intakes and outlets In this section, you will learn about outlets classification and sluiceway. You will know how to design irrigation outlets.You will learn about reservoir intakes and the difference between simple submerged intakes and intake towers.You will learn about intake design for sediment control and how to calculate the sediment concentration at a specified height.You will also learn about reservoir design and how to analyse the gravity dams.Section 5: Water Resources Management and Economics In this section you will Learn about groundwater concepts and hydraulic properties of groundwater. You will know how to manage the groundwater and the surface water.You will also learn about water resource economics.Section 6: Water Quality Management 17In this section you will know water quality criteria. You will Identify of water pollution causes and how to control of water pollution.You will also know the guidelines for assessing the suitability of water for irrigation purposes.

Overview

Section 1: Basic Concepts of Water Resources

Lecture 1 Welcome Lecture

Lecture 2 Lecture 1

Lecture 3 Lecture 2

Lecture 4 Lecture 3

Section 2: Storm Flood

Lecture 5 Lecture 4

Lecture 6 Lecture 5

Section 3: River – Reservoir Systems Modelling

Lecture 7 Lecture 6

Section 4: River – Reservoir intakes and outlets

Lecture 8 Lecture 7

Lecture 9 Lecture 8

Lecture 10 Lecture 9

Lecture 11 Lecture 10

Lecture 12 Lecture 11

Section 5: Water Resources Management and Economics

Lecture 13 Lecture 12

Lecture 14 Lecture 13

Lecture 15 Lecture 14

Lecture 16 Lecture 15

Lecture 17 Lecture 16

Section 6: Water Quality Management

Lecture 18 Lecture 17

• Civil engineering students,• All personal involved in water engineering